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                    <text>EFFECTS OF SOCIAL MEDIA COMMUNICATION ON BRAND EQUITY AND
BRAND PURCHASE INTENTION: A CASE STUDY ON DOMESTIC BRANDS IN
BOSNIA AND HERZEGOVINA
Sumeja Softić
International Burch University
Bosnia and Herzegovina
sumejasoftic@hotmail.com
Mersid Poturak
International Burch University
Bosnia and Herzegovina
mersid.poturak@ibu.edu.ba
Abstract: Social media is forming an increasingly central part of how companies
communicate their marketing strategies to their customers. Online communities carry
a strong and influential voice, and there is much to be gained from engaging directly
with people through these channels – whether it is reaching and keeping existing
customers or acquiring new ones.
In light of such positive ground for social media this study aims to provide an empirical
analysis of the impact social media communication has on brand equity and purchase
intention. A systematic literature review has been conducted in order to understand
how the dimensions of social media create word of mouth i.e. electronic word of
mouth (E-WOM) on social media platforms and how this E-WOM further influences
brand equity and customers’ purchase intention of domestic brands in Bosnia and
Herzegovina.
300 data sets were generated through a standardized online-survey and analyzed in
SPSS.
The results of the empirical study showed that both ﬁrm-created and user-generated
social media communication inﬂuence brand equity, consequently impacting brand
purchase intention.
Keywords: Social Media Communication, E-WOM, Brand Equity, Purchase Intention,
Bosnia and Herzegovina
JEL Classification: M31, M37
1.

Introduction

The fast paced integration of Internet as a marketing tool in recent years has had a
huge impact on how brands chose to communicate with their customers. The Internet
has provided a huge platform for local and global brands to expand their market and
acquire more customers than ever before. An increasing number of consumers are
embracing the internet and spend more time searching for information, which largely
affects their purchase decisions. Given such opportunities, firms and their brands have
dived into Social Media Marketing, which emerged as the most popular and effective
tool of marketing and communication nowadays.
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As proposed by Bernoff &amp; Li, 2011 social media platforms offer an opportunity for
customers to interact with other consumers; thus, companies are no longer the sole
source of brand communication. Moreover, consumers are increasingly using social
media sites to search for information and turning away from traditional media, such
as television, radio, and magazines (Mangold &amp; Faulds, 2009). This phenomenon has
reduced marketers’ control of brand management (Berthon, Pitt, McCarthy, &amp; Kates,
2007). Therefore, it is of crucial importance to understand that customers’ perceptions
of brands are not anymore influenced only by what the companies communicate,
but what other customers have to say about the particular brand as well.
This is a relatively new advancement clinched alongside Bosnia and Herzegovina
which is a transitional market full of marketing opportunities for foreign and domestic
brands. However, most of domestic brands still do not have online presence and are
not able to manage the challenges of the new digital era and its advantages.
In fact, only 35 per cent of consumers in Bosnia and Herzegovina opt for domestic
products when doing their shopping, according to a research in 2015 by the agency
Global Market Solutions (GMS).
As the values of a brand depend largely on their customers’ perceptions, domestic
companies need to face the challenges of the digital era and monitor and engage
their target audiences on social media platforms.
This article is part of a larger study that aims to fill a gap in the literature with respect
to understanding the effects of E-WOM, which is created of firm-created and usergenerated communication on social media, towards brand equity and consumers’
purchase intention, a topic of relevance as evidenced by many researchers, including
Villanueva, Yoo, &amp; Hanssens (2008), Taylor (2013) and many other papers such are
Christodoulides, Jevons, &amp; Bonhomme (2012), Smith, Fischer, &amp; Yongjian (2012).
Results of this research will enable domestic brands to learn more about their clients
and this work will be an important source of information for marketing managers in
terms of planning and developing their strategies. Data was collected through a
standardized online survey. The survey included questions assigned to each one of
the examined variables and was distributed to active social media users in Bosnia
and Herzegovina. A total of 300 usable responds were collected and analyzed. The
main objective of this paper was to explore the utilization of Social Media marketing
activity of domestic brands in Bosnia and Herzegovina and understand its effects
on brand equity and customers’ purchase decisions. Another objective of the study
was to quantify constructs concerning the current state of customer’s perceptions
and attitudes towards social media activity of domestic brands and their purchase
intention.
This article provides a platform for further research, highlighting business implications
and providing recommendations for practical business applications.
2.

Literature Review

As defined by the Merriam Webster Dictionary: “Communication is the act or process
of using words, sounds, signs, or behaviors to express or exchange information or to
express your ideas, thoughts, feelings, etc., to someone else.” Therefore, social media
communication can be interpreted as the transmission of a message to others, via an
online platform.
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Social media marketing enables marketers to distribute their messages and content
to a broader audience while enabling them to interact directly with their existing
and potential customers. In order to do this quickly and cost efficiently brands must
understand where their target audience spends their time on social media.
However, besides the firm-created content on social media, Web 2.0 is a term that
describes the Internet as a platform whereby content is continuously modiﬁed by all
internet users in a participatory and collaborative approach (Bernoff &amp; Li, 2011).
Kaplan &amp; Haenlein, 2010 define user-generated content (UGC) as the sum of all ways
in which people make use of social media. The term user-generated content is usually
applied to describe the various forms of media content that are publicly available and
created by Internet users (Kaplan &amp; Haenlein, 2010). Hence Bruhn, Schoenmueller, &amp;
Schäfer (2012) and Schivinski &amp; Dabrowski (2013) have used the dimensions of social
media communication as firm created content and user generated content.
Word of Mouth is the powerful tool to influence people and also can influence their
buying behavior. This can be proved according to (Richins &amp; Root-Shaffer, 1988) who
stated that Word of Mouth has been shown to play major role for customers’ buying
decisions. Hennig-Thurau, Gwinner, Walsh, &amp; Gremler (2004) define online Word of
Mouth as being: “Any positive or negative statement made by potential, actual,
or former customers about the product or company which is made available to a
multitude of people and institutions via the internet”. According to Cheung, Chan, &amp;
Rabjohn, 2008 more and more consumers use Web 2.0 tools such as online discussion
forums, consumer review sites, weblogs, and social network sites to exchange product
information. Online Word of Mouth can provide the opportunity to consumers to read
other consumers’ consumption opinions and experiences as well as write contributions
by themselves.
Another key concept, studied by various researchers is the brand equity. It is a marketing
asset (Styles &amp; Ambler, 1995) that can produce a relationship that differentiates the
bonds between a firm and its public and that nurtures long-term buying behavior.
The understanding of brand equity and its growth raises competitive barriers and
drives brand wealth (Yoo, Donthu, &amp; Lee, 2000). This research employs (Aaker, 1999)
construct of brand equity, defined as a “set of brand assets and liabilities linked to
a brand, its name and symbol that add to or subtract from the value provided by
a product or service to a firm and/or to that firm’s customers”. According to (Aaker,
1999) brand equity is a multidimensional concept with first four core dimensions as
brand awareness, perceived quality, brand associations and brand loyalty.
There are many studies showing the relationship between social media and brand
equity like Bruhn et al. (2012), Kim &amp; Ko (2010), Schivinski &amp; Dabrowski (2013) and
Christodoulides et al. (2012) etc. Some studies have shown this relationship through
electronic word of mouth which is the ultimate result of social media communications
like Wolny &amp; Muelller, 2013, Yasin &amp; Zahari, 2011, Murtiasih, Sucherly, &amp; Siringoringo,
2013 etc. Bruhn et al., 2012 have used the term social media communication for social
media as it is mainly the communications which take place on social media platforms.
Moreover, empirical evidence indicated that brand equity can affect purchase
intention in various contexts (Ashill &amp; Sinha, 2004); (Chang &amp; Liu, 2009), but the number
of studies which apply Aaker’s brand equity model to measure the effect of its
dimensions on purchase intention is limited, given that the purchase intention refers to
the subjective judgment by the consumers that is reflected after general evaluation to
buy products or services (Shao, Julie, &amp; Wagner, 2004).
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3.

Hypotheses

By using the identified constructs from the literature following hypotheses for the
research have been formulized:
H1: There is a significant relationship between E-WOM and Brand equity of domestic
brands in Bosnia and Herzegovina
H2: There is a significant relationship between Brand Equity and customers’ purchase
intention of domestic brands in Bosnia and Herzegovina
Hypotheses that support the main hypotheses are outlined below:
H1a: User-generated social media communication has a significant effect on E-WOM
H1b: Firm-created social media communication has a significant effect on E-WOM
4.

Data and Methodology

For conducting this research, with the aim to get a closer insight into customers’
purchase intention against social media communication of domestic brands in Bosnia
and Herzegovina, independent variables were identified as a result of literature review.
Accordingly, the survey consisted of questions that were adapted from previous
researches.
Table 1: Review of survey questions
Construct and Measurement

Alpha

Brand Awareness

I can easily recognize this brand among other
competing brands.

0.93

Brand Association

I trust the company who owns this particular
brand.

0.87

Brand Loyalty

Perceived Quality

This brand would be my first choice.
In comparison to alternative brands, the likely
quality of this brand is extremely high.

0.91

0.89

Reference
Cathy, Haemoon, &amp;(
)Assaf, 2012

Severi, Choon Ling, &amp;(
)Nasermoadeli, 2014
Uslu, Durmuş, &amp; Kobak(
)Kolivar, 2013

)Uslu et al., 2013(

I am satisfied with the company’s social
]media communications for [brand

0.92

The level of the company’s social media
communications for [brand] meets my expectations

0.92

The company’s social media
Firm-created social
media communication

communications for [brand] are very attractive
This company’s social media communications
for [brand] perform well, when compared with
the social media communications of other companies

132 ICESoS 2016 - Proceedings Book

Schivinski and(
)Dabrowski 2013

0.93

0.87

�Regional Economic Development: Entrepreneurship and Innovation
I am satisfied with the content generated on
]social media sites by other users about [brand

0.90

The level of the content generated on social
media sites by other users about [brand] meets
my expectations

Schivinski and(
0.92

)Dabrowski 2013

The content generated by other users about
brand] is very attractive[
User-generated social
media communication

0.82

The content generated on social media sites
by other users about [brand] performs well,
when

0.86

compared with other brands
When I buy a product, the online reviews on the
product are helpful in my decision making
The number of positive product reviews online
affects my purchase decision

E-WOM

The number of negative product reviews online
affect my purchase decision

0.84

0.90

)Mirza &amp; Almana, 2013(

0.93

I would buy this product/brand rather than
any other brands available

0.89

I am willing to recommend that others buy
Brand purchase intention

this product/brand

0.94

I intend to purchase this product/brand in the
Future

Yoo, Donthu, and(
)Lee 2000

0.89

The target group of respondents included active social media users in Bosnia and
Herzegovina. Social networking statistics show (as of mid-2013) that around 1.5 million
social media users exist in the country (“TOP 100 Facebook Brands Social Media Stats
from Bosnia and Herzegovina,” 2013). The largest age group among social media users
is 18-24, followed by 25-34. Even though these statistics apply to Facebook users, it is
worthwhile to mention that this social media site is the most used social media network
in Bosnia and Herzegovina. Male users slightly dominate female users according to the
statistics. A sample of this target group was reached through an online data collection
method. Respondents were identified with the snowball sampling method, (Malhotra,
2009) where researchers requested students, teachers, professionals and other people
from different walks of life to help.
5.

Results and Analysis

Even though 332 responses were submitted, only 300 out of these were used in the
analysis. Incomplete questionnaires, as well as the ones where respondents have not
become a fan of any domestic brand have been rejected. The sample was a maledominantone (54.7% were male). The majority of respondents were in the 21-25 age
group, (52.7%) followed by 25-30 (36%), below 20 (6.3%), 30-35 (4.3%) and above 35 (0.7%).

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Age distribution represents statistics that show that the largest social media user group
in Bosnia and Herzegovina is in the 18-30 age group (“TOP 100 Facebook Brands Social
Media Stats from Bosnia and Herzegovina,” 2013). All respondents were from Bosnia
and Herzegovina.
As for the educational background of respondents, 50.3% had a bachelor’s degree,
27% had a master’s degree, 22.7% had a high school diploma. In these groups, 46%
were employed in the private sector, 45.3% were students 3.7% were employeres in
the public sector, 2.7% were unemployed and the same percent (2.7%) were selfemployed.
The time the sample group spends on social media sites is as follows: 54.3% uses them
more than two hours a day, 38.7% one to two hours a day, 6% less than one hour a day
and 0.3%, 0.7% one to two hours a week and 0.3% other.
For testing hypotheses of the study linear regression was used.
The table below shows the relationship between Social media communication,
calculated as the mean of firm-created and user-generated content and E-WOM,
which is highly significant and therefore confirms the supporting hypotheses, H1a and
H1b.
Table 2: Relationship between Social media communication and E-WOM
Coefficientsa
Unstandardized

Model
B
1

Coefficients
Std. Error

Beta

)Constant(

2.508

210.

SMC_mean

.409

.055

Standardized
Coefficients

.397

t

.Sig

11.940

.000

7.467

.000

a. Dependent Variable: EWOM_mean

A significant positive relationship among E-WOM and Brand Equity was found as
presented in the table below, proving H1.
Table 3: Relationship between E-WOM and Brand Equity
Coefficientsa
Model

Unstandardized
B

1

Coefficients
Std. Error

Beta

)Constant(

2.542

.178

EWOM_mean

.367

.043

Standardized
Coefficients
t
.441

.Sig

14.277

.000

8.483

.000

a. Dependent Variable: BE_mean

Testing the variables further, it was found that there is a strong and significant positive
relationship between Brand equity and Purchase intention as well.

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Table 3: Relationship between Brand Equity and Purchase Intention
Coefficientsa
Model
B
1

Unstandardized Coeffi-

Standardized

cients

Coefficients

Std. Error

Beta

)Constant(

1.728

.178

BE_mean

.607

.044

.627

t

.Sig

9.711

.000

13.909

.000

a. Dependent Variable: PI_mean

Therefore, we can clearly observe that the social media communication affects Brand
equity, through E-WOM, further influencing customers’ purchase intentions of domestic
brands in Bosnia and Herzegovina.
6.

Conclusion

Given the findings above, this research provides important insights about effects of
social media communication on brand equity and customers’ purchase intentions of
domestic brands in Bosnia and Herzegovina.
The limitation of the study is that the sample is relatively small and that it is carried out in the
context of Bosnia and Herzegovina only. Accordingly, suggestions for future researches
would be based on going more deeply into other dimension affecting consumers’
purchase decisions and analyzing larger samples. This article represents a very unique
set of information for the domestic brands operating in Bosnia and Herzegovina, who
can use this knowledge to build up their online marketing communication in order to
reach more consumers who are willing to buy their products. This research empirically
proved that social media communication of domestic brands, which creates E-WOM
affects brand equity, highly influencing the purchase decisions of their customers.
7.

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                <text>Abstract: The following paper analyzes potential effects of the demographic changes on private consumption. An extended Almost Ideal Demand System is used to simulate changes in the consumption of goods and services due to the ageing of the population in Austria – on national as well as regional level. Therefore, age-specific income elasticity and price elasticity are estimated. The estimated model is used to simulate the consumption structure in 2030 for four scenarios: Firstly, only the ageing process of the population is considered. Secondly, the ageing as well as changes in household structure are taken into account. Scenario three and four furthermore consider potential changes in income distribution due to the ageing as well as price changes and its effects on the consumption structure of the ageing society. The results reveal direct positive effects of the ageing of the population on the consumption shares of food and non-alcoholic beverages, housing, water and fuel, health, as well as miscellaneous goods and services, while the consumption category transport looses the highest proportion in total consumption. But it can also be seen that these results do not hold anymore as soon as potential changes in income distribution – as indirect effect of the ageing – are considered.</text>
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                    <text>International Conference on Economic and Social Studies, 10-11 May, 2013, Sarajevo

Effects of the global economic crisis and public spending
on income distribution in Bosnia and Herzegovina
Naida Trkid-Izmirlija
University of Sarajevo, Sarajevo, Bosnia and Herzegovina
n_trkic@bih.net.ba
Adnan Efendid
University of Sarajevo, Sarajevo, Bosnia and Herzegovina
adnan.efendic@efsa.unsa.ba
This research focuses on the relationship between public spending and
income distribution in Bosnia and Herzegovina (B&amp;H). In our empirical
strategy we rely on a unique survey data used to establish a proxy for
inequality over the observed period 2000-2010. In addition, we investigate
the consequences of contemporary global economic and financial crisis on
income distribution. We find indications that the global economic crisis,
with its B&amp;H onset in 2009-2010, has increased income inequality in B&amp;H.
Our findings also imply that increased public spending and improvement in
the quality of institutions in B&amp;H were supportive in reducing income
inequality over the observed period. After examining several institutional
indicators, we identify a particular importance of political stability in B&amp;H
as a determinant of income distribution and inequality. Disaggregated
analysis of public spending by functional and economic categories revealed
that higher expenditures for social protection and capital spending are
associated with lower income inequality. Contrary, higher expenditures for
education are linked with higher income inequality.
Keywords: Inequality, Income Distribution, Southeast Europe, Global
Economic Crisis, Public Spending, Education Expenditures, Health
Expenditures, Social Expenditures.

221

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EFENDIĆ, Adnan</text>
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                <text>This research focuses on the relationship between public spending and  income distribution in Bosnia and Herzegovina (B&amp;H). In our empirical  strategy we rely on a unique survey data used to establish a proxy for  inequality over the observed period 2000-2010. In addition, we investigate  the consequences of contemporary global economic and financial crisis on  income distribution. We find indications that the global economic crisis,  with its B&amp;H onset in 2009-2010, has increased income inequality in B&amp;H.  Our findings also imply that increased public spending and improvement in  the quality of institutions in B&amp;H were supportive in reducing income  inequality over the observed period. After examining several institutional  indicators, we identify a particular importance of political stability in B&amp;H  as a determinant of income distribution and inequality. Disaggregated  analysis of public spending by functional and economic categories revealed  that higher expenditures for social protection and capital spending are  associated with lower income inequality. Contrary, higher expenditures for  education are linked with higher income inequality.  Keywords: Inequality, Income Distribution, Southeast Europe, Global  Economic Crisis, Public Spending, Education Expenditures, Health  Expenditures, Social Expenditures.</text>
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                    <text>Effects of Various Fibres in a Thin Biocomposite Material
Semiha Yenidoğan
Marmara University Faculty of Technical Education
Department of Printing, Goztepe Campus
Goztepe, Istanbul, Turkey,,
semihayavuz@marmara.edu.tr
Cem Aydemir
Marmara University Faculty of Technical Education
Department of Printing, Goztepe Campus
Goztepe, Istanbul, Turkey,,
cemaydemir@marmara.edu.tr
Arif Karademir
Kahramanmaras Sutcuimam University
Faculty of Forestry, Department of Forest Product Engineering
Bahcelievler Campus
Kahramanmaras, Turkey
arifkarademir@yahoo.com

Abstract: There are a number of methods for producing biocomposite materials for different
purposes. Wet lying methods are widely used in utilising especially short cellulosic fibres
which offers random mixing and formation of homogenous filtrate over a travelling web. The
method also contains wet pressing and controlled drying stages for achieving maximum fibrefibre bonding. Fibres having different chemical compositions and physical properties behave
differently in moving/draining suspensions which often give bad formation and heterogeneity
in produced materials. Nevertheless, various fibres with different desirable properties are
required to be finely blended in a suspension for getting targeted materials. This study
investigated the effects of various fibres in a thin cellulosic material. It was aimed to see the
possibility of using some short fibres, regarded as waste materials, in producing thin cellulosic
matrix.
Keywords: Waste fibres, wet formation, cellulosic composites, tensile strength.

Introduction
Paper is probably one of the oldest thin biocomposite, the production of which is dated back to 105 BC.
Tsua Lun, a Chinese scholar, initially boiled ramie, hemp and also later the inner bark of mulberry tree (kozo) to
liberate the fibres. The pulp slurry, diluted fibre suspensions, was originally filtrated on a coarsely woven cloth
and dried in the sun. The cooked rice water was also added into pulp slurry and/or applied to the surface of dried
sheet to impart strength. The main principal in papermaking is actually not so changed since its first invention,
but the technological movements are tremendous. Today, some modern papermills run at a speed of 120
Km/hour. The demand for raw materials is also fundamentally changed which forced the papermakers to search
some alternative fibre resources as it was only nonwoody plants, waste robs and fabric before twentieth century.
It was around 1850’ies when paper industry had to turn to forests and woods as main fibre resources. Since then,
the demand for paper and many paperbased products has been increasingly growing. The types of paperbased
products are also remarkably increased compared to its early use. The paper is in all parts of our daily life now
(Kocurek, 1983; Smook, 1992).
Currently, paper recycling and search for alternative fibre resources take great attentions from industry
and scientists. The waste paper recycling is reported to supply around 42 percent of world pulp demand. Pulp
made from non-woody plant is unfortunately recorded to be only 4 percent of total world pulp consumption
(Hurter and Riccio, 2006). The figure was quite big and significant in some parts of the world in the past. In
Chine and India, for instance, wastes from agricultural activities were utilised to produce up to 73 and 56 percent
of countries total pulp consumption respectively for some time ago (Tutus and Karademir, 2002). There have

787

�been numerous studies published on subjects dealing with the optimum pulping conditions of alternative fibre
sources for paper making (Sharifah and Ansell, 2004; Tutus and Eroglu, 2004; Copur, Tozluoglu and Karademir
200).
In the papermaking process, huge amount of water is used. System actually works with water as the
paper is simply made through wet formation. In terms of formation quality, the behaviour of fibres and other
ingredients in slurry are crucially important. Homogenous distribution of components in the slurry should be
maintained. Mechanical properties of end-products depend on the both fibre strength and interfiber bond strength
(I’Anson et al, 2006). Some dry and wet strength additives are used to produce stronger paper.
In this study, some alternative fibrous materials (ceramic fibres, wools, wastes from yarn production
and cotton dust) were used in the production of a thin board as biocomposite. The main focus was given on the
changes of sheet strength. The findings are thought to offer useful information to those working in similar areas.

Experimental Materials and Methods
Fibres
Ceramic fibres, wool, yarn wastes and cotton dusts were used as alternative papermaking materials in
this study. The control sample and main matrix with blend of alternative fibres was made of pulp obtained from
old corrugated board. Materials were firstly cut in 3 cm length, soaked in water overnight and beaten for 2
minutes in a PFI mill in accordance with Tappi T 248 sp-08 method. Cotton dust was not beaten as it was
already in quite small sizes.

Handsheets Making and Testing
Pulp slurries were prepared at % 0,5 consistency and control sheet was made from pulps of old
corrugated boxes at a grammage of 100 g/m2 according to Tappi 205 sp-95 method. Alternative pulps used were
blended with control pulp at %15 and %30 levels and various thin biocomposites were produced by wet
formation.
Sheets were conditioned in accordance with Tappi T 402 om-88 method at 23±2°C and 65±2% relative
humidity for at least 24 hours before testing. The tests done to determine some physical properties of sheets were
tabulated with relevant standards as below (Table 1).
Tests

Standarts

Beating/Pulping

Tappi T 248 sp-08 (PFI method)

Handsheet making

TAPPI T 205 sp-95

Paper Conditioning

TAPPI T 402 om-88

Air permeability (ml/min)

TAPPI T 460

Tensile index (Nm/g)

TAPPI T 494 om-88

Breaking length (m)

TAPPI T 404 om-87

Burst index (kPam2/g)

TAPPI T 403 om-91

Table 1: Tests and methods followed during papermaking and analysing.

Results
Pulp Suspension and Sheet Formation
Fibres from softwoods are named as long fibres while those obtained from hardwoods are regarded as
short fibres. Length of long and short fibres would be on average 3 mm and 1.5 mm respectively. Long fibres
contribute sheet strength while short fibres give smoother and denser sheets. It is known that long fibres tend to
get entangled and form floks of big fibre groups in a suspension at a higher speed compared to those of short

788

�fibres. Therefore, the consistency of long fibre suspension must be adjusted at quite low level to be able to have
a well distributed stock, hence a good formation.
It is noted that all fibres used in this study negatively affected pulp suspensions giving cloudy
apperance and heterogenous clumpy fibre groups. Alternative fibres were actually beaten to get an extra
fibrillated surface that was in favour of homogenous suspension and also stronger sheets. Differences between
fibres such as density, wettability, length, physical structure gave heterogenous suspension. Cotton dust was
noted to be well mixed with control pulp out of all studied here. It was attributed to the smaller fraction of cotton
dusts and similar structures to wood fibres. The effects of fines like cotton dust were studied by some researchers
in details (Retulainen et al, 2002; Lin et al, 2007; Xu and Pelton, 2005). Ceramic fibres were broken down to
filler after mechanical action in a lab disintegrator hence were used like fillers.

Air Permeability
Addition of alternative materials in controlled pulps resulted in significant reductions of sheet air
resistance as seen in figure 1. Ceramic fibres in the form of filler were noted to reduced air resistance lower then
all other materials. Wool fibres on the other hand remarkably reduced the air resistance of sheets. Result suggests
that all materials added to control pulp disturbed the formation quality of sheets. The higher air resistance value
of control sheet indicates the firm and dens fibre matrix. Whereas the structure seems to be loosen up and
become fluffy as a result of especially wool addition. Wool fibres probably interfered with wood fibre bonding
and made them in a sense separated giving a permeable material.

2800
Cotton Dust
Air Permeability (ml/min)

Ceramic Fibre
2300

Yarn Wastes
Wool Fibre

1800

1300

800

300
0

15

30

45

% Fibre Blend

Figure 1: Fibres added increased the air permeability.
Mechanical Properties
Tensile index, breaking length and burst index values of all sheets were plotted in figure 2, 3 and 4
respectively. As it is clearly seen in figures, the addition of alternative materials studied here dramatically
reduced the mechanical strength of resultant products. It is believed that the alternative fibres did not develop
any significant internal bonds between both themselves and fibres of control papers. Furthermore, they actually
interfered with fibre-fibre bonding.

789

�30
Cotton Dust
Ceramic Fibre
Tensile Index (Nm/g)

25

Yarn Wastes
Wool Fibre

20

15

10

5
0

15

30

45

% Fibre Blend

Figure 2: Tensile index was badly damaged with fibre blends.
Out of all materials studied here, the highest reduction in sheet strength was noted with the addition of
wool fibres. Negative effect on strength by the addition of cotton dust was recorded to be smallest compared to
the changes due to other fibres. Differences between the effects of yarn fibre and cotton dust were believed to be
mainly due to the particle sizes. The chemical composition of both yarn and cotton dust are not so different since
they are compost of almost pure cellulose molecules. The sizes, however, were significantly different as yarn
was made of long cotton fibres and cotton dust was quite small in sizes as such it can be regarded as fine in a real
papermaking environment. There are various reports on the effects of different fines on paper strength
(Retulainen et al, 2002; Lin et al, 2007; Xu and Pelton, 2005). Fine improves paper smoothness and air
resistance if retained and evenly distributed in paper structure. It may develop paper strength too if it has plenty
hydroxyl groups. Cotton dust in this case did not improve the sheet strength. It suggests that the bond strength
between fibres in control pulp were greater than that developed between both cotton dusts and fibres in
controlled sheets.

3500
Cotton Dust
3000

Ceramic Fibre

Breaking Length (m)

Yarn Wastes
2500

Wool Fibre

2000
1500
1000
500
0
0

15

30
% Fibre Blend

790

45

�Figure 3: Fibre blending reduced the breaking length in a great deal.

Cotton Dust

1.80

Ceramic Fibre
Yarn Wastes
Wool Fibre

2

Burst Index (kPam /g)

1.55

1.30

1.05

0.80

0.55

0.30
0

15

30

45

% Fibre Blend

Figure 4: Fibre blending destroyed the burst index value of control sheet.
Wood fibres from softwood and hardwoods have been extensively used in the production of paper, board and
fibreboards in wet forming system. The strength of end products depends on both the strength of individual
fibres and interfiber bond strength. The latter is governed by the amount of hydrogen bonds to be developed
between fibres during pressing and especially drying stages (I’Anson et al, 2006). Therefore fibres having ability
to form hydrogen bonds can contribute strength of end products. It would be said that the materials used in this
study did not produce enough hydrogen bonds either between themselves or between fibres of controlled pulp. In
such situation, extra bond enhancer must be used such as starches, resins and bonding agents.

Conclusion
Four materials, ceramic fibres, wool, yarn wastes and cotton dusts were studied to find out if they may
be used in the production of thin biocomposites like paper, board and fibreboard in wet lying system. The
materials were blended with control pulps at two proportions as %15 and %30 and a number of sheets were
formed. Attention was especially given to the changes of mechanical properties of sheets as a result of material
blending. It was in general found that all material used here remarkably changed the sheet properties. The sheets
air resistance and three mechanical strength values were greatly reduced. It is suggested that in order to increase
the formation quality of blended pulps, the fibres should be made in similar sizes. Dry strength agents must be
also used if the mechanical strength properties are important for end users of such products.

Acknowledgement
This research was partly carried out under the Project (No:2003/2-7) granted by Kahramanmaraş Sutcuimam University
(KSU), Kahramanmaras, Turkey. Authors sincerely thank to KSU for this support.

References
Copur, Y., Tozluoglu, A. and Karademir, A. (2007). Pulping of Licorice (Glycyrrhiza Glabra): An Alternative Raw Material
to Produce Pulp. Cellulose Chemistry and Technology, 41 (2-3), 155-159.

791

�Hurter, R. W. and Riccio, F.A. (2006).Why CEOS Don’t Want to Hear About Nonwoods or Should They?. Nonwood Fiber
Symposium, TAPPI Proceedings, Atlanta, USA. 1-11.
I’Anson, S. J., Karademir A. and Sampson, W. W. (2006). Specific Contact Area and The Tensile Strength of Paper. Appita
Journal, 59 (4), 297-301.
Kocurek, M. (1983). Pulp and Paper Manufacture, Volume 1, Properties of Raw Materials and Their Preparation for Pulping,
Ed. Kocurek, M. Joint Textbook Commitee of The Paper Industry, TAPPI, Georgia.
Lin, T., Yin, X., Retulainen, E., and Nazhad, M. M. (2007). Effect of Chemical Pulp Fines on Filler Retention and Paper
properties. Appita Journal, 60 (6), 469-473.
Retulainen, E., Luukko, K., Fagerholm, K., Pere, J., Laine, J., and Paulapuro, H. (2002). Papermaking Quality of Fines From
Different Pulps-The Effect of Size, Shape and Chemical Composition. Appita Journal, 55(6), 457-461.
Sharifah H.Z. and Ansell M.P. (2004). The Effect of Alkalization and Fiber Alignment on the Mechanical and Thermal
Properties of Kenaf and Hemp Bast Fiber Composites: Part 1-Polyester Resin Matrix. Journal of Composite Science and
Technology, (64), 1219-1230.
Smook, G.A. (1992). Handbook for Pulp and Paper Technologists, Angus Wilde Publication, Vancouver.
Tutuş, A. and Eroglu, H. (2004). A Practical Solution to the Silica Problem in Straw Pulping. Appita Journal, 56 (2), 111-115.
Tutuş, A. and Karademir, A., (2002). Production of Paper and Boards from the Agricultural Wastes Generated in Southeast
Anatolian Project Area (GAP), Proceeding of 4th GAP Engineering Congress, Volume:2, Sanlıurfa, Turkey. 1327-1332.
Xu, Y., and Pelton, R. (2005). A New Look at How Fines Influence the Strength of Filled Papers. Journal of Pulp and Paper
Science, 31 (3), 147-152.

792

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                <text>There are a number of methods for producing biocomposite materials for different  purposes. Wet lying methods are widely used in utilising especially short cellulosic fibres  which offers random mixing and formation of homogenous filtrate over a travelling web. The  method also contains wet pressing and controlled drying stages for achieving maximum fibrefibre  bonding. Fibres having different chemical compositions and physical properties behave  differently in moving/draining suspensions which often give bad formation and heterogeneity  in produced materials. Nevertheless, various fibres with different desirable properties are  required to be finely blended in a suspension for getting targeted materials. This study  investigated the effects of various fibres in a thin cellulosic material. It was aimed to see the  possibility of using some short fibres, regarded as waste materials, in producing thin cellulosic  matrix.</text>
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                    <text>PROCEEDINGS

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EFFECTS OF VEGETABLE AND ANIMAL FAT ENRICHMENT IN BROILER
FEED ON CONTENT OF FATTY ACIDS IN WHITE AND RED MEAT
Suzana Jahić , Halid Makić, Mirsad Veladžić
Biotehnical Faculty, University of Bihac, Bihac, Bosnia and Herzegovina
e-mail: halid_btf@yahoo.com

ABSTRACT
In order to gain a more complete insight into the effects of vegetable and animal fat
enrichment in broiler feed on content of fatty acids in meat, an experimental research has been
conducted on 240 Cobb 500female broilers, divided into four separate treatments of 60
broilers each. The experiment was conducted in the period of 42 days. During that period, the
first group of broilers was fed with 3% pork fat enriched feed – treatment 1, second group was
fed with 3% soy oil enriched feed – treatment 2, third group with 3% bovine tallow –
treatment 3, and fourth group with 3% sunflower oil – treatment 4. The content of fatty acids
in red and white broiler meat was determined by the gas chromatography method. The content
of saturated fatty acids in the red meat was not of statistical significance (p&gt;0.05), the content
of monounsaturated fatty acids was of statistical significance (p&lt;0.05), while the content of
polyunsaturated fatty acids in the red broiler meat was of high statistical significance (p&lt;0.01)
with reference to the applied feeding treatments. The content of saturated fatty acids in the
white meat was not of statistical significance (p&gt;0.05), while the content of monounsaturated
and polyunsaturated fatty acids in white broiler meat was of high statistical significance
(p&lt;0.01) with reference to the applied feeding treatments. The n-6/n-3 fatty acids ratio in red
broiler meat was determined as follows: treatment 1 - 19.3:1; treatment 2 - 16.0:1; treatment 3
- 20.5:1; treatment 4 - 12.9:1. The n-6/n-3 fatty acids ratio in white broiler meat was:
treatment 1 - 20.3:1, treatment 2 –16.1:1, treatment 3 –17.6:1 and treatment 4 –12.2:1.
Keywords: broiler meat, sunflower oil, vegetable fat, animal fat, fatty acids content

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INTRODUCTION
Birds generally have a high capacity for lipid biosynthesis (Klasing, 1998) including modern
broilers or meat of chickens that have a tendency to accumulation of excess fat. This
accumulation of body fat in broiler chickens, which is also an important source of fats in the
human diet, has a significant impact on human health.
Many studies connected the selection of chickens with the tendency of reduction of
accumulation of triacylglycerol as well as the ability to produce changes in the composition in
triacylglycerol due to a modification in the dietary intake of lipids (Leskanich &amp; Noble, 1997).
The aim of the current studies was to improve the intake of polyunsaturated fatty acids
through diet in order to achieve favorable ratio n-6 fatty acids towards n-3 fatty acids.
Nutritional studies on humans have shown that we can manipulate with composition of body
fats with changing of intakes of the polyunsaturated fatty acids towards saturated fatty acids
in the diet, especially with intakes of long-chain polyunsaturated fatty acids in the diet (Field
at al. 1990, Pan at al. 1994, Luo at al. 1996, Couet at al. 1997). The enrichment of chicken
meat with the essential linoleic and linolenic acid is possible when as a food additive
sunflower oil and soya oil are used instead of lard (Božić, 1997).
Mehmet et al. (2005) analyzed the effects of different sources of fats such as soybean oil,
chicken fat, tallow on fatty acid content of abdominal fats and content of fatty acids in white
and red meat in broiler chickens. They found low content of total monounsaturated fatty acids
in the white meat in broilers that they were feeding with supplemented soybean oil. Linoleic
acid C18: 2n-6 was concentrated in the red meat, in the abdominal fat and in the white meat
in broilers that they were feeding with supplemented soybean as well as in the red meat in
broilers that they were feeding with supplemented chicken fat. Crespo &amp; Esteve-Garcia (2001)
used in the nutrition of female broilers addition of beef tallow, olive oil, sunflower oil and
flaxseed oil. Broilers, being were fed with diet adding beef tallow, had high values of
saturated acids, mainly of myristic, palmitic and stearic acid as compared to broilers were fed
with the addition of olive oil, sunflower oil or linseed oil. They found higher levels of
arachidonic acid C20: 4n-6 and of the fatty acids of the n-6 series in broilers that were fed
with the addition of sunflower oil, except in abdominal fat. A higher level of eicosapentaenoic
acid C 20:5 n-3 and docosahexaenoic acid C22: 6 n - 3 were found in the red and white meat
of broiler chickens that were fed with an addition of flaxseed oil, whereas in abdominal fat
these fatty acids were not measurable.
Veladžić et al. (2010) determined a statistically significant difference (p &lt;0.01) for the
cholesterol content in blood plasma between the observed treatments, therewith the higher
cholesterol content was determined for the treatments in which were added animal fats in
relation to treatments in which were added vegetable fats.
Kirshgessner at al. (1993) have found the enhancement contents of crude fat in the white meat
of broilers which received in their nutrition higher percent of linoleic acid. Chickens fed with
low-protein food (18% crude protein) supplemented with the oil enriched with 2% or 4%
conjugated linoleic acid had low triglycerides of liver, a relatively high concentration of
saturated fatty acids and relatively low concentration of monounsaturated fatty acids in lipids
of liver and adipose tissue than chickens fed without the addition of conjugated linoleic acid.
Chickens fed with low-protein food without the addition of conjugated linoleic acid had
higher concentrations of triglycerides in the liver than chickens fed with high-protein food
(23% crude protein) without the addition of conjugated linoleic acid (Aletor et al. 2003).
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MATERIAL AND METHODS
The experiment was set up and implemented in the facilities for the production of chicken
meat “Koka – Sana” from Sanski Most. Laboratory samples of chicken meat were performed
at the Biotechnical Faculty, University of Bihać.
Day-old Cobb 500 broiler hybrid was placed in four separate boxes (treatments), and there
were 60 broilers in each of them. All chickens were held on the floor in facilities fitted for
broiler breeding. During the experiment, which lasted for 42 days, temperature, humidity and
lighting were regularly controlled. Chicken breeding was split in two periods. From day one
to day 15, chickens were bred with the initial mixture containing approximately 23% of
proteins. From day sixteen to 42, they were bred with the final mixture containing
approximately 20% of proteins, so the final mixtures were isoproteinic and isoenergetic. In
chickens’ nutrition, there was increased content of fats by 3% (treatment I – lard, treatment II
– soybean oil, treatment III – tallow, and treatment IV – sunflower oil). The chickens
consumed food and water ad libitum. Having turned 42 days of life, chickens were marked
with rings, for each treatment separately, and after 12 hours of fasting were killed at
slaughterhouse facilities.
After slaughter and meat packing processing of chicken carcasses, the carcasses are chilled to
a temperature of 0-4 ° C and then frozen at -18 °C until the moment of analysis, and on the
day of analysis thawed to room temperature.
We used six broilers per each treatment for the determination of fatty acids in the red and
white meat. Meat samples were analyzed in the laboratory BiotechLab, Sremska Kamenica,
Serbia. Preparation of fatty acid methyl esters was performedby the method EN ISO550:2007,
and determination of fatty acid methyl esters was performed by gas chromatography method:
JUSISO5508:2002.
The results obtained in the experiment were analyzed by ANOVA test and found differences
were analyzed using Tukey’s test.
Table 1. shows the contents of nutrients in the broilers’ feeding.
Table 1. Contents of the mixtures used for feeding broilers
from 0. to 15.days of their lives and from 16. to 42.days of their lives
Nutrients %

Experimental group
I/lard

Corn
Soybean shot
Sunflower shot
Lard
Soybean oil
Tallow
Sunflower oil
Premix/s-starter,
f- finisher

II/soybean oil

III/tallow

IV/sunflower oil

0-15

15-16

0-15

15-16

0-15

15-16

0-15

15-16

53.5
38.0
1.5
3.0
4.0s

58.5
33.0
1.5
3.0
4.0f

53.5
38.0
1.5
3.0
4.0s

58.5
33.0
1.5
3.0

53.5
38.0
1.5
3.0
4.0s

58.5
33.0
1.5
3.0
4.0f

53.5
38.0
1.5
3.0
4.0s

58.5
33.0
1.5
3.0
4.0f

4.0f

Premix of starter: lysine 2.34 %; methionine 4.17%; methionine + cystine 4.17%; robenidine
825 mg/kg, vitamin A 275000.00 IU/kg; vitamin D3 125000.00 IU /kg; Vitamin E 1250.00
IU/kg; Premix of finisher: methionine 3.36%; methionine + cystine 3.36%; Vitamin A
314600.00 IU/kg; vitamin D3 114400.00 IU /kg; Vitamin E 1430.00 IU/kg

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RESULTS AND DISCUSSION
In the Tables 2. and 3. are shown the contents of fatty acids in the red and in the white meat.
Table 2. Contents of fatty acids in the red meat of broilers
C 14:0

X
SD
CV
C 16:0

X
SD
CV
C 16:1

X
SD
CV
C 18:0

X
SD
CV
C:18n9c

X
SD
CV
C18:2 n6c

X
SD
CV
C18:3n3

X
SD
CV
C20:0

X
SD
CV

Treatment 1
0.75B

Contents of fatty acids (%)
Treatment 2
Treatment 3
0.60D
0.77A

F value
Treatment 4
0.67AC

0.05
0.07
Treatment 1
24.83

0.08
0.14
Treatment 2
23.78

0.02
0.03
Treatment 3
25.92

0.08
0.12
Treatment 4
24.91

0.56
0.02
Treatment 1
6.15

8.94
0.38
Treatment 2
4.23

1.17
0.05
Treatment 3
5.67

0.36
0.01
Treatment 4
4.84

1.73
0.28
Treatment 1
6.42

0.86
0.20
Treatment 2
7.16

0.18
0.03
Treatment 3
6.81

0.35
0.07
Treatment 4
6.78

0.74
0.12
Treatment 1
37.98

0.73
0.10
Treatment 2
34.26

0.02
0.003
Treatment 3
38.47

0.29
0.04
Treatment 4
34.82

0.73
0.02
Treatment 1
22.55AB

0.73
0.02
Treatment 2
28.07D

2.81
0.07
Treatment 3
23.21AC

0.72
0.02
Treatment 4
25.82A

1.36
0.06
Treatment 1
1.17DA

1.70
0.06
Treatment 2
1.75BC

1.13
0.05
Treatment 3
1.21CA

0.99
0.04
Treatment 4
1.99ABD

0.07
0.06
Treatment 1
0.23ADC

0.15
0.08
Treatment 2
0.15DB

0.11
0.09
Treatment 3
0.20B

0.19
0.10
Treatment 4
0.16C

0.02
0.11

0.02
0.13

0.05
0.23

0.04
0.25

17.000**

2.680
NS

2.306
NS

0.971
NS

2.640
NS

11.442**

30.750**

28.571**

Treatment 1-addition of 3% lard; Treatment 2-addition of 3% soybean oil; Treatment 3addition of 3% tallow; Treatment 4-addition of 3% sunflower oil
F – values of Fisher test, X - mean value, SD – standard deviation, CV – coefficient of
variation, NS – Inside examined treatments did not establish significant difference (p&gt;0.05)
** Highly significant difference (p&lt;0.01) between treatments, *significant difference (p&lt;0, 05)
between treatments

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Table 3. Contents of fatty acids in the white meat of broilers
C 14:0

X
SD
CV
C 16:0

X
SD
CV
C 16:1

X
SD
CV
C 18:0

X
SD
CV
C:18n9c

X
SD
CV
C18:2 n6c

X
SD
CV
C18:3n3

X
SD
CV
C20:0

X
SD
CV

Contents of fatty acids (%)
Treatment 1
Treatment 2
Treatment 3
1.04ADC
0.63DB
0.93B

Treatment 4
0.69C

F value

0.10
0.10
Treatment 1
26.19b

0.04
0.07
Treatment 2
25.34c

0.14
0.15
Treatment 3
28.28ad

0.05
0.07
Treatment 4
24.18d

1.62
0.06
Treatment 1
5.71BA

1.30
0.05
Treatment 2
5.10CA

0.83
0.03
Treatment 3
7.74AD

1.33
0.06
Treatment 4
4.92D

0.72
0.13
Treatment 1
6.80

0.44
0.09
Treatment 2
6.83

0.31
0.04
Treatment 3
5.87

0.49
0.10
Treatment 4
6.92

0.81
0.12
Treatment 1
36.53ad

0.18
0.03
Treatment 2
34.36db

0.27
0.05
Treatment 3
36.11b

0.20
0.03
Treatment 4
35.44c

0.16
0.004
Treatment 1
20.52C

0.51
0.01
Treatment 2
25.98AD

0.47
0.01
Treatment 3
17.13DB

1.03
0.03
Treatment 4
25.58B

2.36
0.11
Treatment 1
1.01CBA

0.38
0.01
Treatment 2
1.61BDA

0.63
0.04
Treatment 3
0.97DA

1.83
0.07
Treatment 4
2.09A

0.06
0.06
Treatment 1
2.53BDC

0.09
0.06
Treatment 2
0.16DA

0.07
0.07
Treatment 3
2.96AC

0.15
0.07
Treatment 4
0.17C

0.52
0.21

0.01
0.06

0.19
0.06

0.04
0.25

19.661**

5.366*

18.280**

3.756
NS

7.482*

21.894**

99.651**

96.145**

Treatment 1-addition of 3% lard; Treatment 2-addition of 3% soybean oil; Treatment 3addition of 3% tallow; Treatment 4-addition of 3% sunflower oil
F – values of Fisher test, X - mean value, SD – standard deviation, CV – coefficient of
variation, NS – Inside examined treatments did not establish significant difference (p&gt;0.05)
** Highly significant difference (p&lt;0.01) between treatments, *significant difference (p&lt;0, 05)
between treatments
The content of saturated fatty acids in the red meat was not of statistical significance (p&gt;0.05),
the content of monounsaturated fatty acids was of statistical significance (p&lt;0.05), while the
content of polyunsaturated fatty acids in the red broiler meat was of high statistical
significance (p&lt;0.01) with reference to the applied feeding treatments. The content of
saturated fatty acids in the white meat was not of statistical significance (p&gt;0.05), while the
content of monounsaturated and polyunsaturated fatty acids in white broiler meat was of high
statistical significance (p&lt;0.01) with reference to the applied feeding treatments. The n-6/n-3
fatty acids ratio in red broiler meat was determined as follows: treatment 1 - 19.3:1; treatment
2 - 16.0:1; treatment 3 - 20.5:1; treatment 4 - 12.9:1. The n-6/n-3 fatty acids ratio in white
broiler meat was: treatment 1 - 20.3:1, treatment 2 –16.1:1, treatment 3 –17.6:1 and treatment
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4 –12.2:1. Mehmet et al. (2005) added to broilers feeding 6% fats in the period from 21.to
41.days of their lives. They found the levels of 42.14%, 29.66%, 24.15%, saturated,
monounsaturated and polyunsaturated fatty acids respectively in the red meat of chickens
feeding with addition of soybean oil and the levels of 48.02%, 24.61%, 22.11% saturated,
monounsaturated and polyunsaturated fatty acids respectively in the red meat chickens
feeding with the addition of beef tallow. In the white meat of broilers feeding with addition of
soybean oil, they found 43.58%, 20.03%, 30.58%, saturated, monounsaturated and
polyunsaturated fatty acids respectively and in the white meat of chickens feeding with
addition of beef tallow 48.02%, 24.61%, 30.58% saturated, monounsaturated and
polyunsaturated fatty acids respectively. Popescu and Criste (2003) used addition of soybean
oil in broiler’s feeding and found the content of fatty acids in the red meat of broiler’s at the
end of the fattening period: 26.29% saturated fatty acids, 73.41% monounsaturated and
polyunsaturated fatty acids.

CONCLUSION
The dietary treatments used in feeding broilers can significantly affect the amount of fatty
acids in the red and white meat of broilers. The highest contents of polyunsaturated fatty acids
in the red broiler meat were achieved with the addition of soybean oil in the mixture of food.
The highest contents of polyunsaturated fatty acids in the white broiler meat was achieved
with the addition of sunflower oil in the mixture of food and it was shown that the addition of
soybean oil and sunflower oil affects the increasing of polyunsaturated fatty acids in the meat
of broilers.Therefore the recommendation would be that in the nutrition of broilers vegetable
supplements should be used, especially sunflower oil, because it considerable reduces the
ratio n-6 fatty acids towards n-3 fatty acids in the meat and thus it has more favorable effect
on the human body.

REFERENCES
1. Aletor, V.A., Eder, K., Becker, K., Paulicks, B.R., Roth, F.X. and Roth-Maier, D.A. (2003). The effect of
conjugated linoleic acids or an alpha glycosidase inhibitor on tissue lipid concentrations and fatty acid
composition of broiler chicks fed a low-protein diet. Poult Sci. 82:796-804.
2. Božić, A. (1997). Uticaj porekla masnih kiselina hrane na masnokiselinski sastav i aterogeni potencijal
mišićnog i masnog tkiva tovnih pilića. Doktorska disertacija. Poljoprivredni fakultet. Novi Sad.
3. Crespo, N. and Esteve-Garcia, E. (2001). Dietary fatty acid profile modifies abdominal fat deposition in
broiler chickens. Poult.Sci. 80: 71 - 78.
4. Couet, C., Delarue, J., Ritz, P., Antoine, J.M., and Lamisse, F. (1997). Effect of dietary fish oil on body fat
mass and basal oxidation in healthy adults. International Journal of Obesity. 21: 637–643.
5. EN ISO 550:2007: Preparation of fatty acid methyl esters.
6. Field, C.J., Edmond, A.R., Thompson, A.B.R., and Clandinin M.T. (1990). Diet fat composition alters
membrane phospholipid composition, insulin binding, and glucose metabolism in adipocytes from control and
diabetic animals. Journal of Biological Chemistry. 265: 1143–1150.
7. JUS ISO 5508:2002: Determination of fatty acid methyl esters
8. Kirchgessner, M., Ristic, M., Kreuzer, and M., Roth, M.F.X. (1993). Inclusion of fats with high quantities of
free fatty acids in broiler diets. 2. Growth as well as quality of carcass, meat and fat as affected by the stepwise
substitution of saturated by unsaturated fatty acids. Arch. Geflu gelk. 57: 265–274.

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9. Klasing, K.C. (1998). Comparative Avian Nutrition. Wallingford, Oxon: CAB International.
10. Leskanich, C.O. and Noble, M.P. (1997). Manipulation of the n-3 polyunsaturated fatty acid composition of
avian eggs and meat. World’s Poult. Sci. J. 53:155-183.
11. Luo, J., Rizkalla, S.W., Boillot, J., Alamowitch, C., Chaib, H., Bruzzo, F., Desplanque, N., Dalix , A.M.,
Durand, G., and Slama, G. (1996). Dietary (n-3) polyunsaturated fatty acids improve adipocyte insulin action
and glucose metabolism in insulin-resistant rats: relation to membrane fatty acids. Journal of Nutrition. 126:
1951–1958.
12. Mehmet Azman, A., Ibrahim Cerci, H., and Nurgül Birben, M. (2005). Effects of various dietary fat sources
on performance and body fatty acid composition of broiler chickens. Turk. J. Vet. Anim. Sci. 20: 811-819.
13. Pan, D.A., Hulbert, A.J., and Storlien, L.H. (1994). Dietary fats, membrane phospholipids and obesity,
Journal of Nutrition. 124: 1555–1565.
14. Popesku, A. and Criste, R. (2003). Using full fat soybean in broilers diets and its effect on the production and
economic efficiency of fattening, Journal of Central Europian Agriculture. 4:No 2: 167-174.
15. Veladžić, M., Jahić, S., Makić, H. and Galijašević, E.(2010). Analysis of the effects of vegetable and animal
fats on lipids and cholesterol contents in broilers' plasma, 5th Central European Congress on Food, 19th-22nd May
2010, Bratislava, Slovak Republik, Book of full papers.p:205.

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                <text>EFFECTS OF VEGETABLE AND ANIMAL FAT ENRICHMENT IN BROILER  FEED ON CONTENT OF FATTY ACIDS IN WHITE AND RED MEAT</text>
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MAKIĆ, Halid
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                <text>In order to gain a more complete insight into the effects of vegetable and animal fat  enrichment in broiler feed on content of fatty acids in meat, an experimental research has been  conducted on 240 Cobb 500female broilers, divided into four separate treatments of 60  broilers each. The experiment was conducted in the period of 42 days. During that period, the  first group of broilers was fed with 3% pork fat enriched feed – treatment 1, second group was  fed with 3% soy oil enriched feed – treatment 2, third group with 3% bovine tallow –  treatment 3, and fourth group with 3% sunflower oil – treatment 4. The content of fatty acids  in red and white broiler meat was determined by the gas chromatography method. The content  of saturated fatty acids in the red meat was not of statistical significance (p&gt;0.05), the content  of monounsaturated fatty acids was of statistical significance (p&lt;0.05), while the content of  polyunsaturated fatty acids in the red broiler meat was of high statistical significance (p&lt;0.01)  with reference to the applied feeding treatments. The content of saturated fatty acids in the  white meat was not of statistical significance (p&gt;0.05), while the content of monounsaturated  and polyunsaturated fatty acids in white broiler meat was of high statistical significance  (p&lt;0.01) with reference to the applied feeding treatments. The n-6/n-3 fatty acids ratio in red  broiler meat was determined as follows: treatment 1 - 19.3:1; treatment 2 - 16.0:1; treatment 3  - 20.5:1; treatment 4 - 12.9:1. The n-6/n-3 fatty acids ratio in white broiler meat was:  treatment 1 - 20.3:1, treatment 2 –16.1:1, treatment 3 –17.6:1 and treatment 4 –12.2:1.  Keywords: broiler meat, sunflower oil, vegetable fat, animal fat, fatty acids content</text>
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                    <text>Effects of Water Stress on Yield and Some Quality Parameters of
Broccoli
Okan ERKEN
Canakkale Onsekiz Mart University, Agriculture Faculty, Department of Irrigation
oerken@comu.edu.tr
Canan OZTOKAT
Canakkale Onsekiz Mart University, Agriculture Faculty, Department of Horticulture
cananoztokat@yahoo.com

Abstract: Under increasing impacts of global warming, effective water use and using
minimum amounts of water for irrigation have become the most critical issues to be
considered in irrigated agriculture. In this research, effects of water stress on yield and
some quality parameters of broccoli were investigated. Three different growing periods
(early vegetative, late vegetative and flowering) and four different water deficit levels
(80%, 60%, 40% and 20%) were applied to Maraton F1 broccoli cultivar. Yield per
plant, total leaf area, total chlorophyll, total sugar content, and antioxidant activity have
been determined. While a yield of 667,84 g/plant was obtained from control treatment
with 100% irrigation without any water deficit, a yield of only 101,59 g/plant was
obtained from 20% irrigation treatment. However, a yield of 591,01 g/plant was
obtained from 80% irrigation treatment applied at early vegetative period.
Keywords: Broccoli, drought stress, yield

Introduction
Among the winter vegetables of Turkey, production and consumption of broccoli from
magnoliopsida class and Bracicacea family have been increasing during the recent years (Eşiyok, 1996).
Broccoli is generally produced for sprouts but leaves of plant can also be consumed. There is an
increasing interest in broccoli production in the world beside the cauliflower known all around the world.
Average dry matter content of the plant is 10,3%. It has 24 cal nutritional value per 100 gram and contains
89,7% water, 3,3% protein, 0,2% fat ad 4,4-5,2% carbohydrate. Vitamin content is composed of 1542–2500
IU vitamin A, 0.07–0,1 mg/100 g B1, 0.12–0.23 mg/100g B2, 0.64–0,9 mg/100g Niacin ve 93,4–114
mg/100g vitamin C. Mineral content is composed of 48–105 mg/100g Ca, 0,9–1,3 mg/g Fe, 24 mg/100g
mg, 66–82 mg/100g P, 325–464 mg/100g K ve 27 mg/100g Na (Vural et al., 2000).
Plants of cabbage-group have significant benefits for human health with their rich vitamin C,
vitamin A and follic acid contents. Since they are also classified in fibrous foods, they can regulate the
intestinal processes. Among these groups of plants, especially broccoli, cauliflower, cabbage, lady’s smock
and Brussels have been proven to be affective in prevention of several cancer diseases (Young and Wolf
1988, Farey et al. 2001, Zhao et al. 2001). Their preventive impacts against cancer diseases is due to their
glicozinolate contents (Seow et al. 2002, Fowke et al. 2003, Sarıkamış et al., 2006). Glicozinolates are
secondary metabolism products containing sugar and sulphur. Glucosinolates also serve as a defense
mechanism against various ecological and biotic stress factors in plants (Ratzka, 2002).
Environmental conditions to which plants are exposed have significant effects on both yield and
quality. These factors can be classified as climate factors, soil factors, artificial polluters, competition with
animals and other plants. Optimum environmental conditions should be provided for a proper production
with high yields. A deviation from these optimum requirements may cause a stress over the plants.
Biologists adopted the word ‘stress’ for an unpleasant environmental condition for living organisms and
called ‘stress resistance’ for ability to survive of plant against these unpleasant environmental conditions
(Levitt, 1980).

231

�Abiotic stress conditions like high temperature, drought, salinity and chemical toxicity and
oxidative stress threats agricultural activities all around the world. Abiotic stress is the most significant
cause for yield loses and may cause more than 50% loss in yield. It can cause morphological, physiological,
biochemical and molecular changes and has negative impacts on plant growth and yield (Wang, 2003).
Drought stress is also among the most significant stress component effecting the plant growth.
Synonymous to drought stress, water stress arises when the transpiration of plants are not met from the
environment. Water makes up almost 85-90% of several plants. Water taken by roots of the plants is
delivered through upper sections of plants based on osmotic rules. A negative pressure (tension) develops
within xylems in case of lower root water uptakes than transpirated water and a competition starts among
various parts of the plant (Kaçar et al. 2006).
Irrigation is an input in agriculture providing sustainability and stability, improving the
efficiencies of other agricultural inputs and providing higher yields per unit area. The basic principle for
receiving the desired benefit from irrigation is to provide the necessary amount of water to the root zones of
the plants at proper times. Otherwise, plants get into stress due to water deficiency. Main reason for water
stress is to have less water than the amount required for transpiration. Generally, the lower the water stress,
the higher the yield (Reginato, 1983).
Bandurska, (2004) investigated the variation of proline amounts in leaves of plants grown under
water stress and found out that broccoli leaves had the highest rational water loss and barley leaves had the
lowest.
Meyer and Adam (2008) investigated the variations of glicosinote in red-cabbage and broccoli
grown under organic and conventional conditions and concluded that glucoraphanine, glucobrassicine and
neo-glucobrassicinine were dominant glucosinolates in broccoli. They also found lower amounts of
glucobrassicinine in organic plants than conventional ones.
Since drought will increase parallel to global warming, negative impacts of drought on qualitative
and quantitative parameters of plants should be prevented. In this study, changes in plants under stress
conditions will be investigated, the best proper and economical method of growing will be determined; and
some physiological and biochemical changes and changes in yield and quality of broccoli will be
determined.

Material and Method
This study was carried out at experimental research fields of Agricultural Faculty of Çanakkale
Onsekiz Mart University during the fall season of the year 2008. Maraton F1 broccoli cultivar, able to reach
harvesting maturity in 90 days from the seedling plantation, was used as the plant material of the study.
Seedlings were planted into each 10 liter-pots with sieved soil inside. Each treatment was repeated in 5
pots. Four different water deficits were applied based on growing periods. Experiments were carried out in
randomized block design with 5 replications. Statistical method used in this study was summarized below:
Yijk = µ Li + αi + βj + αβij + εijk
µ = General population average
α = Water deficit levels (i:1,2,3,4)
β = Effect of growing periods (j:1,2,3,4)
αβ = Effect of water deficit x Growing period interaction
ε = Error term
To determine the amounts of water deficits, initially the pots with sieved soil were saturated with
irrigation water. Then the pots were left for seepage with gravity for 24 hours and weighed. This created
100% (control) treatment. Following the start of experiments, the amount lost by evaporation and plant
utilization were determined by weighing the pots every 3 days and this amount was applied to pots as
irrigation water. Other water deficit levels were determined based on the weight of control treatment and
irrigation water applied accordingly. The first irrigation was performed right after the seedling plantation.
Irrigations were performed at the same fashion for all treatments until the seedlings adapted to soil.
Following the adaptation period, water deficit levels were applied and continued until the last economically
harvestable broccoli is harvested.
Treatments and pot numbering were as follows:

232

�Early Vegetative
1I100
2I80
3I60
4I40
5I20
6I80
7I60
8I40
9I20
10I100
11I100
12I100
13I100
14I100
15I100
16I100
17I100
17*5=85 pots were used.

Late Vegetative
I100
I80
I60
I40
I20
I100
I100
I100
I100
I80
I60
I40
I20
I100
I100
I100
I100

Flowering
I100
I80
I60
I40
I20
I100
I100
I100
I100
I100
I100
I100
I100
I80
I60
I40
I20

Total chlorophyll was determined by sampling 4 leaves from each plant. Samples were prepared
by smashing the leaves in 90% 35 ml acetone solution. Solutions were filtered through Wattman No.2 filter
paper. The filtered extract was completed to 50 ml with 90% acetone solution. Then, extracts were put into
spectrophotometer tubes and readings were performed at 645, 652 and 663 nanometer wavelengths. In this
way, amount of chlorophyll was determined in mg/100g (Holden 1976).
Total sugar for samples was determined as g/100 g in accordance with dinitrophenol method
specified by Ross (1959). A 5g sample was taken from each sample representing each treatment and 5 ml
15% potassium ferrosynide and 5 ml 30% zinc sulphate were added. Then samples were completed to 250
ml with distilled water. Solutions were filtered through Wattman No2 filter paper. Extract of 0,5 ml was
taken into test tubes, 1,5 ml distilled water and 6 ml dinitrophenol were added to test tubes and they were
kept in 1000C hot water bath for 6 minutes. Samples were then cooled under tap water for 3 minutes and
absorbance readings were performed in T70 model PG Instruments brand spectrophotometers at 600 n
wavelength. A 6ml dinitrophenol + 2 ml distilled water solution was used as the control of the method.
Antioxidant activities and radical cleaning power were determined by DPPH method. This method
is based on spectrometric transition of characteristic color purple into yellow under the presence of
antioxidant chemicals yielding electron or hydrogen atoms by cleaning free radical 2,2- Diphenyl-1-picryl
hydrazyl (DPPH) with these chemicals. The more the antioxidant power, the brighter the color of
methanolic DPPH solution. In this method, solutions of test extracts prepared in various concentrations (2,5
– 160 mg) of methanol are mixed with 3 mL 6.10-5 M DPPH solution. Following 15 minutes dark
incubation period, sample absorbances were measured at 515 nm wavelength. Absorbance values were then
evaluated against control and curve (methanol). Extract % inhibition values were calculated by using
absorbance values of extract and empty control tests as follows:
A0 – (A – Ak)
% Inh =
x 100
A0
A0= DPPH absorbance at 515 nm.
A= Extract absorbance at 515 nm.
Ak= Metanol absorbance at 515 nm.
Calculated % inhibition values were plotted against extract concentrations prepared in mg/mL and
IC50 of extracts were calculated. BHT and Ascorbic acid were used as positive control.
Total amounts of phenolic compounds were also determined in this study in accordance with
Folin&amp;Ciocalteu method. Gallic acid solutions at increasing concentrations were mixed with folin reactive
and Na2CO3 solutions to draw the calibration curve. Solutions were then kept at 20 0C for 30 minutes,
absorbance readings were performed at 765 nm and calibration curve was drawn. Extract was prepared as
defined above by using the same reactives, kept under the same conditions for 1 hour and absorbance
reading was made. Amount of total phenolic compound of plant methanol extract was calculated as Gallic
233

�acid equivalent (GAE) as follows:
C=cxV/m
C= Total amount of phenolic compounds, mg/g plant extract (GAE)
c= Gallic acid concentration calculated from calibration curve, mg/mL
V= Volume of plant extract
m= Weight of plant extract
Calculated phenolic compound amounts (as Gallic acid equivalent) were compared with standard
antioxidants BHT, α-tocopherol and ascorbic acid.

Results and Discussion
It was observed that broccoli was sensitive against water stress. It was also observed that water
deficit at some growth periods of broccoli didn’t statistically effect the yield values. Yield (g/plant), amount
of applied irrigation water (L), leaf areas (cm2), number of days passed until the harvest was given in Table
1. It can be seen from the table that all water deficits applied at early vegetative and late vegetative periods
decreased the yield of broccoli, however these decreased were placed statistically in the same group. Leaf
areas decreased with the water stress. Schreiner et al. (2009) indicated the impacts of water stress over the
leaves of mustard at every growth period.
Treatments

Yield (g/plant)

100% Irrigation
80% Irrigation
60% Irrigation
40% Irrigation
20% Irrigation
E.V. 80% Irrigation
E.V. 60% Irrigation
E.V. 40% Irrigation
E.V. 20% Irrigation
L.V. 80% Irrigation
L.V. 60% Irrigation
L.V. 40% Irrigation
L.V. 20% Irrigation
Flowering 80% Irrigation
Flowering 60% Irrigation
Flowering 40% Irrigation
Flowering 20% Irrigation

667,84 ± 29,72 a
473,12 ± 25,81bc
394,68 ± 33,43cd
195,68 ± 16,11ef
101,59 ± 10,51 f
591,01± 26,19 ab
583,89 ±22,10 bc
566,86 ± 19,16ab
573,61 ± 34,83 ab
528,52 ± 21,26 abc
521,83 ± 18,38ab
497,47 ± 21,74abc
359,83 ± 33,02ab
453,13 ± 13,26 bcd
475,92 ±40,40 bc
359,37 ± 26,75cd
301,18 ± 13,71de

Irrigation
Water (lt)
44,14
35,28
26,46
17,64
8,81
41,68
39,50
36,77
34,28
41,16
38,21
35,26
32,31
40,95
37,75
34,57
31,36

Leaf Area (cm2)

6424.94 ± 32,78 a
6058.97 ± 30,29 b
5421.89 ± 42,46 c
4825.54 ± 27,18 e
3429.35 ± 60,53 j
5055.91 ± 38,21 d
4784.82 ± 45,46 e
4337.51 ± 23,49 g
4147.75 ± 25,36 h
4662.83 ± 34,96 f
4622.16 ± 32,27 f
4608.61 ± 25,20 f
4296.85 ± 29,83 g
5327.01 ± 45,00 c
5083.02 ± 53,46 d
4676.38 ± 33,78 f
3998.64 ± 43,77 ı

Ripening Time
(day)
110
112
114
119
127
107
109
110
110
113
113
114
122
115
117
115
117

Table 1. Yield (g/plant), Amount of irrigation water (L), Leaf areas (cm2), Ripening time (days)

Results of physical measurements made over broccoli plants were given in Table 2. Significant
variations were not observed in diameter, height and perimeters of plants under water stress except the
flowering period. The lowest values were obtained from 40 and 20% irrigation water applications at all
growing periods. It was concluded that heavy water stress conditions exposed in flowering period could
cause significant decreases in yield and quality.
Treatments

Head Diameter X
(cm)

Head Diameter Y
(cm)

Head Height
(cm)

13.30 ± 0,644 a
12.65 ± 0,531 ab

10.89 ± 0,357
a
9.06 ± 0,375
ab

100% Irrigation
13.87 ± 0,475a
80% Irrigation
12.55 ± 0,704 abc
234

Head
Perimeter
(cm)
46.28 ± 2,066
a
41.68 ± 1,568
abc

�60% Irrigation
12.23 ± 1,06 abc

12.00 ± 0,958 abc

8.87 ± 0,622d

8.91 ± 0,754 d

6.65 ± 1,06 e

6.31 ± 0,685 e
9.47 ± 2,325 cd

40% Irrigation

9.46 ± 0,744
ab
6.89 ± 0,681
cd

20% Irrigation
E.V. 80%
Irrigation
E.V. 60%
Irrigation
E.V. 40%
Irrigation
E.V. 20%
Irrigation
L.V. 80%
Irrigation
L.V. 60%
Irrigation
L.V. 40%
Irrigation
L.V. 20%
Irrigation
Flowering 80%
Irrigation
Flowering 60%
Irrigation
Flowering 40%
Irrigation
Flowering 20%
Irrigation

11.55 ±0 ,708 abc
12.60 ± 0,847 ab
12.13 ± 0,334 abc
13.29 ± 0,429 a
13.26 ± 0,985 ab
12.95 ± 0,738 ab
13.22 ± 0,442 ab
12.64 ± 0,654 ab
12.12 ± 0,409 abc
13.29 ± 0,402 a
13.09 ± 0,438 ab
12.72 ± 0,310 ab
12.76 ± 1,005 ab
11.66 ± 0,561 abc

11.77 ± 1,024 abcd

13.05 ± 0,978 ab

13.08 ± 0,679 ab

12.39 ± abc

11.74 ± 1,133 abcd

10.46 ± 0,977 bcd

10.12 ± 0,943 abcd

10.15 ± 0,735 cd

10.08 ± 0,487 bcd

5.64 ±0,466 d
8.59 ± 0,690
bc
9.59 ± 0,813
ab
9.20 ± 0,510
ab
10.13 ± 0,723
ab
9.57 ± 0,239
ab
10.17 ± 0,565
ab
9.96 ± 0,916
ab
8.58 ± 0,677
bc
10.17 ± 0,455
ab
9.63 ± 0,881
ab
8.49 ± 0,341
bc
8.28 ± 0,345
bc

39.82 ± 3,134
abc
29.98 ±
2,371d
20.70 ± 3,158
e
40.36 ±
3,204abc
42.30 ± 2,452
ab
44.94 ± 1,289
ab
44.66 ± 2,309
ab
41.44 ± 2,256
abc
45.04 ± 1,390
ab
42.14 ± 0,573
ab
38.16 ± 2,858
abc
42.86 ± 1,733
ab
40.20 ± 3,454
abc
35.28 ± 3,128
bcd
34.14 ± 1,984
cd

Table 2. Canopy diameter (cm), canopy height (cm) and canopy perimeter (cm)

Reduced and total sugar, total chlorophyll values of samples were given in Table 3 and
Antioxidant activity (%), phenological compounds (mg/mL) and Flavonoids (mg/L) were given in Table 4.
An increase was observed in amounts of reduced and total sugar with increased water stress. However, a
decrease was observed in amounts of chlorophyll with increased water stress. In a fertilization study for
broccoli, Sanwal et al. (2006) determined reduced sugar values between 17,42 – 20,41 and total sugar
between 34,07 – 43,63. Murcia et al. (2000) determined the amount of chlorophyll for broccoli as 0,3 g kg1
. Generally, amount of chlorophyll for broccoli varied between 0,32 – 0,75 g kg-1 in other studies (Hidaka
et al. 1992, Hidaka Fukuda and Taniguchi, 1992).
Treatments

100% Irrigation
80% Irrigation
60% Irrigation
40% Irrigation
20% Irrigation
E.V. 80% Irrigation
E.V. 60% Irrigation
E.V. 40% Irrigation
E.V. 20% Irrigation
L.V. 80% Irrigation
L.V. 60% Irrigation

Reduced Sugar
(g/100g)
1,263 ± 0,318 j
1,886 ± 0,491 c
1,920 ± 0,461 bc
2,130 ± 0,288 a
1,436 ± 0,202 hı
1,530 ± 0,346 gh
1,773 ± 0,318 d
1,833 ± 0,260 cd
1,603 ± 0,375 fg
1,640 ± 0,346 f
1,663 ± 0,318 ef

235

Total Sugar
(g/100g)
31,56 ± 0,260 ı
41,30 ± 0,346 f
41,66 ± 0,375 f
42,16 ± 0,375 f
44,20 ± 0,378 e
32,80 ± 0,404 ı
36,13 ± 0,433 h
37,53 ± 0,375 g
37,73 ± 0,466 g
29,76 ± 0,636 j
21,83 ± 0,433 k

Total Chlorophyll
(mg/100g)
7.90 ± 0,055 a
7.77± 0,070 ab
7.53 ± 0,125 bc
7.37 ± 0,140 c
7.63 ± 0,034 abc
7.06 ± 0,083 d
6.96 ± 0,488 e
6.11 ± 0,085 fg
5.97 ± 0,141 g
6.74 ± 0,087 de
6.14 ± 0,070 fg

�L.V. 40% Irrigation
L.V. 20% Irrigation
Flowering 80% Irrigation
Flowering 60% Irrigation
Flowering 40% Irrigation
Flowering 20% Irrigation

1,746 ± 0,260 de
1,640 ± 0,288 f
1,273 ± 0,260 j
1,420 ± 0,404 ı
1,986 ± 0,260 b
2,123 ± 0,260 a

29,53 ± 0,638 j
32,10 ± 0,435 ı
49,40 ± 0,378 d
52,30 ± 0,635 c
59,66 ± 0,753 b
65,06 ± 0,523 a

5.95 ± 0,080 fg
5.47 ± 0,120 h
6.26 ± 0,100 f
6.03 ± 0,192 f
5.68 ± 0,336 h
5.17 ± 0,120 h

Table 3. Amounts of reduced, total sugar and chlorophyll

Antioxidant activity was investigated by DPPH method with radical cleaning effect. Based on
DPPH method, radical cleaning powers between 8,1 – 17,3% were observed. It was found as significantly
low. Varying percentages may be due to varying amounts of flavonoid and phenolic compounds and it was
thought that these parameters could be analyzed by using other methods in future studies.
Treatments

100% Irrigation
80% Irrigation
60% Irrigation
40% Irrigation
20% Irrigation
E.V. 80% Irrigation
E.V. 60% Irrigation
E.V. 40% Irrigation
E.V. 20% Irrigation
L.V. 80% Irrigation
L.V. 60% Irrigation
L.V. 40% Irrigation
L.V. 20% Irrigation
Flowering 80% Irrigation
Flowering 60% Irrigation
Flowering 40% Irrigation
Flowering 20% Irrigation

Antioxidant
Activity (%)

Phenolic
Compounds
(mg/mL)
0,0020
0,0043
0,0098
0,0099
0,0102
0,0025
0,0032
0,0030
0,0034
0,0045
0,0051
0,0054
0,0059
0,0065
0,0072
0,0081
0,0093

8,1
10,3
11,8
15,9
17,3
9,3
10,2
10,8
11,5
10,8
11,2
12,0
12,6
13,6
14,8
15,1
15,6

Flavonoids
(mg/L)

9,14
10,28
12,98
13,03
13,35
9,58
9,77
9,82
9,95
10,95
11,29
11,74
12,08
11,88
12,32
12,56
12,97

Table 4. Antioxidant activity (%), phenolic compounds (mg/mL) and Flavonoid (mg/L) amounts

As a conclusion, water deficits applied at early and late vegetative periods will not cause
significant decreases in yield and quality of broccoli plants grown under Çanakkale conditions. However,
water deficit at flowering period will cause decreases in yield. Broccoli exhibits a tolerance against water
deficit at early or late vegetative period. Deficit irrigation can be applied during these growing periods and
production can be carried out over larger areas with the same amount o water and without causing
significant losses in yield and quality.

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237

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                    <text>3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

Efficiency and Impact of Economic Sanctions
Ilham Redzic
International University of Sarajevo
Faculty of Business and Administration, Bosnia and Herzegovina
E- mail: redzic_ilham@hotmail.com
Abstract
The purpose of this paper is to examine economic sanctions as a foreign policy instrument and
to give judgment to their efficiency and impact. Since WWI economic sanctions have been
used as a tool for preventing conflicts and signaling instrument of foreign policy. Their
efficiency and impact have been the main topics for many discussions. Since the War in
Yugoslavia in 1991, economic sanctions gained on their importance and usage. Two classical
examples of economic sanctions will be discussed in this paper: War in Yugoslavia and
sanctions against Iran. Economic sanctions appear to be unsuccessful in most cases and their
usual victims are innocent inhabitants.
Keywords: Economic sanctions, efficiency of economic sanctions, Yugoslavia, Iran.
1.INTRODUCTION
Since the beginning of human kind, people and nations have been fighting among themselves.
Wars have become part of daily life because of reasons such as pretensions of some countries
for territory of other countries, their economic and cultural wealth etc; or even to impose their
own beliefs on others. One of the means used in achieving those goals are economic
sanctions. Although, Economic Sanctions are ideated to be means for preventing conflicts,
they often do not serve the purpose.
This paper will provide basic information about economic sanctions as well as their analysis
and effectiveness, their importance in the foreign policy of countries, and also their role in
war and pre-war preparations. The main idea of this paper is that economic sanctions are
usually not effective and they almost always harm civilians.
The structure of the paper is as follows: Section 2 is the literature review. In Section 3,
economic sanctions will be discussed as a phenomenon. Answers for many questions
regarding economic sanctions and their role as foreign policy tool can be found in this part.
Section 4 provides information about economic sanctions imposed on Serbia during 1990s
and current sanctions against Iran. Finally, Section 5 concludes.

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2.Literature review
Radcliffe (2010) states that economic sanctions are penalties imposed against another country
in order to force that country to change its policies, by inflicting economic losses. Debating on
efficiency of economic sanctions, Radcliffe (2010) says that success of sanctions depends on
how many parties are involved in imposing sanctions. He states that bilateral sanctions are
more effective than those imposed unilaterally (the USA sanctions are often unilateral), but
overall success of economic sanctions is very low. As he says, sanctions usually affect
ordinary people without achieving targeted goal.
Lektzian and Souva (2007) claim that effects of economic sanctions are “conditional”
meaning that economic sanctions imposed on non-democratic society are less effective than
those imposed on democratic society. They also argue that economic sanctions that are
imposed on poor countries by powerful states are often effective, due to the fact that poor
countries are highly dependent on economic aid from strong economies.
Economic sanctions are not efficient and they are often imposed to show that sender country
(country which sends sanctions) does not agree with political situation in receiving country
(country that receives sanctions). Sometimes, country imposes unilateral sanctions when they
are helpless in exercising their influence upon others, says Wallensteen (1968). Andreas
(2005) states that economic sanctions should be used, but only those which will not have
criminalizing effects, such as smuggling of banned goods and other illegal acts. For him,
targeted sanctions such as freezing foreign assets of leaders, and diplomatic embargo are
likely to have very few criminalizing consequences, and are therefore better for achieving the
goal.
Davis and Engerman (2003) argue that increased usage of economic sanctions is good
because it is always better to make changes in the world through peaceful acts than through
military acts. This reason is very strong, but Davis and Engerman (2003) also conclude that
states with higher economic power and better political situation are able to impose more
effective sanctions than poor countries. This implies that economic sanctions always serve
only the rich countries and they are anti-poor oriented.
On the other hand, some authors argue that economic sanctions are successful. In their
research, these authors ignore sanctions whose goal is only to send signals. According to
Hufbauer, Jeffrey and Elliot (2008) those sanctions should not be evaluated because they do
not have clear definition and clear target. They are imposed only as opinion of one country
towards policy of others. Roger (1996) advocates economic sanctions more than others. She
argues that if the sanctions are to be successful, it is important that imposer is very familiar
with the roots of wars, be better predictor of those conflicts, and at the end, is able to impose
proper sanctions.
Henderson (1998) agrees with authors who think that economic sanctions harm only innocent
and ordinary inhabitants of countries. It is natural that heads of the states affected by sanctions
do not share pain with their vassals. Knowing this, we can say that economic sanctions are
really inefficient. They affect those people that are not real target of economic sanctions. But
imposer countries do not care about innocent people. They are only concerned with achieving
their goals, even though their experience tells them differently – the sanctions will not be
efficient.
Rarick (2007) agrees with most authors when it comes to ineffectiveness, and even concludes
that economic sanctions are wrong tools of foreign affairs. He states that even though many
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powerful countries know sanctions odds for achieving goals are small, they still use them
whenever they can.
One of the most cited authors regarding this topic is Robert Pape. Robe (1997) indicates that
only in 5% of all cases economic sanctions could be recognized as the reasons for political
changes. Blanchard and Ripsman (2000) claim that economic sanctions’ effects are
“unquestionably negative” compared to expectations of those who impose them. They also
say that neither economic sanctions nor the threat of imposing economic sanctions can bring
true changes in political sense of one country.
3.Economic Sanctions
3.1.What are the Economic Sanctions?
Economic sanctions are tools for international policy, tools for showing countries’ opinions
regarding some situations and instruments for international political changes. They also serve
as a tool for punishing countries that are violating human rights of their inhabitants, or they
represent some source of threat to the rest of the world. Their most important function is
probably to work on preventing all of the sources of human conflicts. Elliot, Hufbauer and
Oegg (2008) note that economic sanctions have three main functions: to punish, to prevent,
and to make changes in political sense. Economic sanctions as punishments are used very
often; sometimes as a punishment for disordering international law and order; sometimes as
punishment for country’s oppression and disrespecting of human rights. Second function, as
crucial function, is to deter conflicts between countries (ex countries of ex Yugoslavia) and
civil wars. In order to prevent high costs of war and to avoid all other costs that are sometimes
more important than human lives, economic sanctions are used as very powerful tools for
resolving disputes.
By forbidding international aid or putting embargo on imports of weapon, imposers could
affect (slow down) further progress of the conflicts. Third function is used frequently
nowadays. This function of economic sanctions is used in order to influence political changes
in some countries (Libya, Syria, etc), or to decrease security threat from other countries (Iran,
North Korea). By imposing sanctions, powerful countries (imposer) can manifest their
disagreement regarding political situation in the country that receives sanction. Usage of
economic sanctions is in constant trend of enlargement. It is obvious that economic sanctions
are becoming one of the main international policy tools. The United States of America is the
leading country in imposing economic sanctions and its portion of all sanctions imposed in
the world since WWII is very large.
Table 1: Trends in Use of Economic sanctions
Number of new cases of economic sanctions imposed until 1999.
Period

1914-1949

1950-1959 1960-1969 1970-1979 1980-1989 19901999

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Type

Non-U.S.

11

6

7

9

7

18

Other &amp;

4

4

4

3

8

30

4

3

10

26

13

14

19

13

21

38

28

62

U.S.
Unilateral
U.S.
Total

Source: Institute for International economics and center for global development, Washington,
2006
Table 1 shows the increase in usage of economic sanctions since WWI until the last year of
the 20th century. It also shows portions of Non-USA sanctions, bilateral sanctions of the USA
and other countries, and unilateral sanctions imposed by the USA. During the 1970s,
unilateral sanctions imposed by the USA increased a lot due to Cold War era. It can be
concluded that usage of all types of Economic sanctions boosted during the 1990s.
Figure 1 shows the ongoing economic sanction trends and comparison of the USA sanctions
and all other sanctions in the world. It can be concluded that increase in usage of economic
sanctions as foreign policy tool, by the USA, is much higher than usage of all other countries
in the world.
Figure 1.

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Trends in ongoing Economic sanctions

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Source: Institute for International economics and center for global development, Washington,
2006
3.2.Efficiency of economic sanctions
Since the emergence of economic sanctions there is a debate about their efficiency. Although
there are some people who argue that economic sanctions are efficient in reaching their goals
as foreign policy tool, majority concludes that economic sanctions are mostly inefficient. If
that is so, why are they still in use and why they stayed first option in resolving the
international disputes? All sanctions that are imposed have some goals (to send signal; to
punish, etc.) and if those goals are reached, we can say that economic sanctions are
successful. Based on empirical evidence, it can be concluded that economic sanctions are
generally inefficient.
To determine the real success of sanctions it is important to look at their real objective and
purposes. It is natural to expect inefficient sanctions, if objectives are mixed or too complex.
Sometimes, sanctions are meant to be inefficient and their only goal is to declare opinion or to
send a signal. Although some scholars see much more success in imposition of sanctions than
others, economic sanctions often end with military operation within target country. For
example, Hufbauer et al. (1985) argue that economic sanctions show success in 34% of all
examined cases, from 1914 until 1990.
Table 2: HSE Research on Economic sanctions cases

Source: Pape (1998)
According to Table 2, 41 case of all considered in HSE research was successful, while 79
were failures. Highest success was recorded when goal was to destabilize country, which is
natural because it is easy to destabilize one country using Economic sanctions as weapon.
In his response to this result, Robert Pape (1998) concludes that much of these “successful”
cases ended in war. In his examination of these cases he came to result in which only 5% of
all cases could be called successful. Pape (1998) considered 8 cases in which economic
sanctions influenced loss in the GNP of one country more than 4.6%, and he called them
“High Punishment and Sanction Outcomes”.

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Table 3: Sanctions Outcomes in HSE cases

Source: Pape (1998)
Of all these cases, only one was complete success (India’s imposition of sanctions against
Nepal) according to Pape (1998). It is really ironic that some economic sanctions hit one
country’s economy, almost destroy it, and at the end they show failure.
Even with all of these conditions fulfilled, Pape (1997) thinks that economic sanctions will
not be completely efficient, and that military action is always better solution in terms of
reaching the goals of foreign policy. Rudy and Ventheicer (2006) argue that efficiency of
economic sanctions depends on characteristics of sanction itself. If sanctions are imposed
bilaterally, they have better odds to be partially successful. Another characteristic that
influence success of economic sanctions is duration of imposed sanctions. If sanctions are
meant to last over long period of time, it is more likely that they are going to be less
successful or completely unsuccessful. Also, there is the question of cost of the imposed
sanctions. If sanctions impose high costs to target country, and if they do not impose high
costs to country sender of sanction, they will be more successful (Rudy and Ventheicer,
2006). Those authors that argue conditional effect of economic sanctions (Lektzian and
Souva, 2007) base their conditionality on the fact that democratic societies will be affected by
economic sanctions more than non-democratic societies.
Lektzian and Souva (2007) identify three categories that influence success of economic
sanctions: sanctions that express interest, punishment and institutions. Sanctions for
expressing interest are not concentrated on making changes in policy of other countries, but
rather to make inhabitants and voters pleased with the actions of their government.
Second category is sanctions that are used as tool for punishment. Those sanctions follow
simple policy of imposition of economic sanctions against countries whose policy is about to
be changed. Third category are institutional sanctions that are combination of those two
mentioned above. Elliot et al. (2008) also argue some sort of conditionality. When deciding
whether sanctions are effective, they sort them by their goals, their political and economic
impact on country affected by sanction, their characteristics in given occasion. When
governments impose sanctions that have conflicted goals, sanctions will most probably be
ineffective and unsuccessful. When it comes to sanctions whose goal is to change government
of other country, they must be all-inclusive and quickly imposed.
“A strategy of “turning the screws” (increase pressure and extend the duration) gives the
target leaders time to adjust by finding alternative suppliers or markets, by building new
alliances, and by mobilizing domestic opinion in support of its policies.” (Elliot et al. 2008)
Those three authors recommend 4 assumptions according to which economic sanctions will
be the most successful: Sender of sanctions should avoid high costs, both political and
economic (when sanctions with higher cost of imposition fail, country sender can have severe
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problems); multilateral sanctions together with modest goal (not too big bite) are more
efficient than others (when sanctions have small goal to achieve and when they are imposed
multilaterally, they have better odds for success ); imposed sanctions should be quick and
comprehensive (successful sanctions lasted about three years, while unsuccessful sanctions
lasted about eight years); target country should be weaker in political and economic sense,
than country imposer (it is natural that stronger countries are able to impose stronger
sanctions and that sanctions imposed against poor countries are more successful).
Economic sanctions were very effective during the 1940s and 1950s. But after developments
in world economy and increase in usage of unilateral sanction (especially the USA),
efficiency of those sanctions is enormously decreased. Today’s economies are very connected
and they heavily depend on international trade. Although this dependence means various
sources of supply, it also means that imposition of economic sanctions is easier than ever.
In his speech, Patterson (1994) derived few important conclusions regarding economic
sanction imposition: It is important to know the right time and place for imposition of
sanctions; harshness of sanctions should be proportionally divided and those who are not
guilty for bad policy should not be harmed by sanctions; countries that impose sanctions
should monitor their effects very closely; only legitimate authority should impose sanctions
(e.g. the UN); sanctions should be imposed according to their popularity amongst people of
targeted country (if there is a strong opposition, there is higher chance that people will follow
that opposition against leading party or leader); it is very important to protect basic human
rights guaranteed by international authorities and conventions while imposing sanctions;
sanctions need some time in order to start working. This last conclusion is in conflict with
opinions of majority authors who concluded that sanctions are more efficient if they last
shorter.
3.3 Impact of economic sanctions on innocent people
Harming innocent people is probably the most adverse impact of economic sanctions. Primary
goal of economic sanctions is to harm leaders of target country in order to change their views
and policy. Although harming is unintentional in most cases, it is also possible that countries
senders impose sanctions intentionally. Economic sanctions mostly affect ordinary people of
target countries, because imposer countries know that the easiest way to make changes is to
turn people against their leaders. Iraq in 1990s is a clear proof that sanctions can kill more
people than true military sanctions and irony lies in the fact that almost all dead people were
civilians.
According to Gordon (1999), imposition of economic sanctions can be compared to siege in
old history wars. In those wars, civil casualties are mass and same like those in countries that
receive economic sanctions. Prohibition of imports of goods was done in those wars in same
way as it is done in today’s imposition of economic sanctions, which creates the biggest
problem to those not included in political incidents. When attacking a country with economic
sanctions, imposers should avoid innocent casualties in order to make economic sanctions
successful and clean. It is very interesting how leaders of powerful countries do not
characterize economic sanctions as war crime, even though they have the same impact on
innocent people like wars and other types of crimes. Other types of problems that civilians
faced with under economic sanctions are increased cost of goods, criminalization (smuggling
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inelastic goods, etc.) and one very dangerous psychical problem which is the increase in
radicalism and extremism.
Although target sanctions (also called “smart sanctions”) have only certain group that
surrounds political head of receiver country for target, they did not show success in avoiding
undesirable casualties, such as harming innocent people. Countries that impose sanctions
often have hidden intentions and under the policy of removing the dictators they also hurt
people they do not like or people considered to be dangerous (murders of Iran’s nuclear
scientists). Gavin (1989) argues that discriminating consequences of economic sanctions have
key influence on success of those sanctions. Those sanctions could also cause lack of
medicines, even though those medicines are rarely under the sanctions.
The case of Iraqi sanctions from 1990s proves that economic sanctions exhausted people so
much that their incomes decreased to that level, where they were unable to buy medicines.
This shows how sanctions harm people, even when medicines and other essential things are
out of sanctions. There is an interesting question after all these facts: Do imposer countries
think that dictators like Saddam Hussein, Kim Jong Il, and others suffer when sanctions on
food and other goods are imposed? Of course not. This situation is even good for dictators,
because it can consolidate their position. They control those goods that exist beside sanctions
and with them they can control people. As it is mentioned, one of the serious impacts of
economic sanctions is emergence of criminalization connected to economic sanction, such as
smuggling and other types of crime acts. “The imposition of comprehensive sanctions by the
international community unintentionally encouraged much closer state-criminal ties and largescale smuggling” (Andreas, 2005).
4.Classical Cases of Economic Sanctions
4.1.Serbia in 1990s
Some of the most comprehensive sanctions were imposed against Yugoslavia (today Serbia)
in 1990s. Their politics caused the breakdown of Socialistic Republic of Yugoslavia. The
politics of Serbs was different than opinion of other nations within Yugoslavia, and because
of that, they wanted to separate from the country. Serbia, as “protector of Yugoslavia”, did not
allow other republics to separate, and then the first war since WWII in Europe started. When
Europe and the UN saw how severe those conflicts are, they tried to stop them, or at least to
decrease their quantity. First action was the imposition of sanctions.
Since 1990s and emergence of war conflicts in many parts of world, especially on Balkans,
world’s most powerful countries began with massive usage of economic sanctions as tool of
foreign policy. In May 1992 Serbia faced with sanctions. Although Serbian authors argue that
Milosevic, the president of Yugoslavia, accepted sanctions and they declare sanctions as
successful, sanctions did not have so strong impact on suspension of war conflicts. However,
sanctions had impact on creation of peace treaty. Sanctions, such as embargo on weapons,
directly influenced war in Bosnia, because it was directed only against Bosnian Muslims. First
round of economic sanctions was imposed after disobedience to resolution for cease of all
conflicts on May 30.
Security Council of the United Nations requested embargo on imports of all products
produced in Yugoslavia, ban on supply of all goods and commodities to Yugoslavia, except
medical supplies and food for hungry people and social cases. All technical and scientific
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exchange as well as visits and cultural exchange, was suspended. Diplomatic visits were
reduced to the lowest level.
“It also decided that all states should not make available to the authorities in FRY, or to any
commercial, industrial or publicly utility undertaking in FRY, any funds or any other financial
or economic resources. Air-traffic was also prohibited, as well as participation of persons and
groups representing FRY in sporting events” (Delevic, 1998). Original idea for imposition of
economic sanctions was to stop conflict and to save people from violation of their basic
human rights, but like in almost all of the cases of economic sanctions, the biggest burden of
those sanctions was on ordinary people of all republics in Yugoslavia. The impact of
sanctions on Serbia’s economy was strong. Data says that income per capita decreased by
50%, from $3240 to $1390. Yugoslavia’s old suppliers suspended all activities in that country
and it was hard to find new ones. It was hard and expensive to find other materials that will
replace missing one, and furthermore it led to decrease in living standards.
Three months after the imposition of economic sanctions, Yugoslavian industrial production
fell down by 40%.
Figure 2: Index of Industrial production in Yugoslavia

Source: Federal Bureau for Statistics, Yugoslavia, 1998
Figure 2 shows the decrease in Yugoslavia’s Industrial Production from 1989 until 1994. First
signs of fall were in 1989 with rocky confidence between republics in Yugoslavia and
continued with the start of war conflicts in 1991. The sharpest fall started with the imposition
of economic sanctions that stroke all aspects of Yugoslavia’s economy. Impact of sanctions
on GDP and public spending was enormous.
Table 4: Changes in Public spending and revenues
% of GDP

1990

1991

1992

1993

Public spending

49

63

65

70

Revenues

46

46

24

11

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Source: Author`s own calculations, data from “Economic sanctions as a foreign policy tool”,
2002, pp. 30
According to Table 4, public spending as a percentage of GDP increased during the period of
economic sanctions in Yugoslavia, while revenues decreased significantly. Monthly rate of
inflation in Yugoslavia in 1993 was 4667%.When it comes to unemployment in Yugoslavia
during the imposition of economic sanctions, it is important to mention that unemployment
increased enormously in the period of three years (1991-1993), from 14% to 39%. In year
1992, 1.3 million of workers in Yugoslavia were out of work, so called paid leave, and around
750 000 people were unemployed. In terms of employment, sanctions stroke women the most.
In 1998, there were 56% of unemployed women. One major fact shaped so high volume of
budget deficit in Yugoslavia during the sanction period.
Serbs that lived in Croatia and Bosnia, asked for humanitarian help from their mother land
Serbia, and every year big amount of government spending went to those people in other
countries. According to Jovanovic and Sukovic (2002) percentage of Serbian citizens that
lived with less than 2$ per day increased to 39% in 1992, comparing to 14% in 1990. “The
percent of income used to purchase food varied between 30 and 40% during 1980-91. In
1993, it rose to a 50%, signaling nutrition emergency. For low income people the rate was
even higher - around 60%. In 1991, the average salary bought one food basket for a family of
four. In 1993, it bought only 1/5 of the food basket” (Jovanovic, Sukovic, 2002).
When it comes to criminalizing consequence of economic sanctions, the best example is
Yugoslavia in 1990s. Like in every nondemocratic society, imposition of economic sanctions
and other types of sanctions is good opportunity for emergence of criminal actions or even
development of existing criminal groups and their actions. Smuggling was the most used
criminalizing action during the period of economic sanctions, and while smuggling is illegal
act, it was considered as patriotic act during the period of economic sanctions in Yugoslavia
(Andreas, 2005). Economic sanctions had positive effects on only one kind of people in
Yugoslavia, criminals. Although one goal of economic sanctions was to eliminate Milosevic,
the president of Yugoslavia, they did opposite.
As it is argued before, economic sanctions are extremely favorable for nondemocratic leaders.
The same situation was with Milosevic. He controlled the most important goods (oil, flour,
sugar etc.) and all humanitarian help, and he blamed foreign forces for bad economic situation
in country. He persuaded his inhabitants that he is able to pull out his country from economic
and political darkness and he also supplied groups that supported him with goods that were in
shortage. The best example of legal smuggling in Yugoslavia was oil smuggling. Milosevic
smuggled oil from Russia through port in Montenegro (another republic of Yugoslavia that
was not independent at that time). The distribution of oil was in hands of Milosevic and to
him loyal people also.
Many authors say that economic sanctions imposed against Yugoslavia were effective
because they stop the war. This statement is worthy to discuss. War in Bosnia stopped after
the progress that Muslim army made in 1995. Richard Holbrook, American diplomat that
created Dayton agreement, admitted that he made mistake when he stop progression of
Muslim army in Bosnia, because today’s Bosnia is “Barrel of gunpowder”. Another reason for
ending the war in Bosnia was severity of the conflict. Europe and the USA could not allow
further extensions of this war that took more than 200 000 human casualties by 1995. This is
why, the opinion that economic sanctions ended war in Yugoslavia is funny. Only impacts
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that economic sanctions had are partial obedience of Serbia to the UN, and humanitarian crisis
they have created.
4.2.Iran in 2000s
Although Iran faced the International rage and economic sanctions after Islamic revolution in
1979, today’s situation is even worse for Iran’s reputation on international scene and
especially its economy. During 1990s international community was informed that Iran tries to
develop nuclear program for civilian usage. However, in years 2002 and 2003 information
about Iran’s hidden enrichment of fuel, leaked. Iran claimed that they do not have hidden
intentions and their only purpose of fuel enrichment is to obtain high power from nuclear
resources. The USA and Israel have major concerns because of Iran’s “nuclear program” and
they threatened Iran with war. According to the USA and Israel, Iran has plans to produce an
atomic bomb.
Iran declared its full support to Palestinians in their fight for liberty. This is why Israel is
afraid of Iran and their nuclear program. Nuclear problem forced the UN to impose many
rounds of economic sanctions against Iran. Four rounds of economic and other sanctions are
imposed against Iran by the UN since 2006. Also there is huge number of national sanctions
imposed by the USA, Japan, Canada, Israel, Australia, South Korea, Switzerland, India, EU,
etc. The UN imposed sanctions because of Iran’s refusal to cooperate with International
Atomic Energy Agency (IAEA) as well as to suspend all uranium-enrichment activities. The
UN sanctions were imposed as follows: first round in 2006, second in 2007, third in 2008 and
fourth in 2010. Those sanctions were massive and they hit all parts of Iran’s economy and its
population. The UN sanctions included: a ban on exports to Iran of all materials, goods and
technology that could be of help for further enrichment of uranium and further development
of Iran’s Nuclear Program (INP); a prohibition of any assistance to any person that could
manage or help in exports of prohibited goods (mentioned above) to Iran; a ban on exports of
all arms and war technology as well as a ban on all financial assistance that could be helpful
for Iran’s Nuclear program; asset freeze to all persons that could be involved into
development of INP; a travel ban to all persons involved into development of INP and others.
Non-UN sanctions also included prohibition of investing into Iran’s gas or oil sector,
prohibition of providing Iran’s shipping industry with materials for making ships and their
maintenance, etc. EU and the USA, and many other countries focused their sanctions on travel
bans for persons that are involved in INP as well as sanctions against major banks in Iran. The
latest sanctions imposed against Iran are EU sanctions (23 January, 2012) that targeted Iran’s
main industry oil. EU prohibited imports of crude oil from Iran and other petroleum products;
all assets of Iran’s Central bank within EU are frozen; trade in precious materials, gold and
diamonds is banned. Imposition of those sanctions could cost EU very much. According to
World Bank almost 40% of Iran’s oil is bought by EU countries, and even though Europe
thinks these sanctions will hit Iran the most, it does not have to be the case.
Three biggest buyers of Iran’s oil in EU are Italy, Spain and Greece. Those three countries are
endangered by a huge deficit and they are the weakest parts of EU. If they face oil shortage,
they could fall into even worse situation than they are in today, and that could be disastrous
for Euro zone and common currency.

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Figure 3: Europe-Iran crude oil Trade

Source: U.S.Energy information administration, 2011, www.eia.gov
Figure 3 shows how huge the dependence of some European countries on Iran is, when it
comes to the imports of crude oil. Greece, the EU country with the strongest economic
problems within the Europe at the moment is the biggest importer of crude oil from Iran.
Economic sanctions imposed by many countries of the world, made Iran’s payments harder
for execute, and therefore Iran’s imports from many countries is endangered, even imports
from those that did not impose sanctions. Lack of hard currency is also a problem for Iran.
This is why Iranians have troubles while traveling abroad. Although, International Monetary
Fund (IMF) estimated in July last year that percentage of oil in total Iran’s exports will be
around 78 %, oil and other energy exports for 2011/2012 is much smaller and its portion
within GDP is only 21 %.Hufbauer estimates that latest economic sanctions imposed against
Iran could decrease its GDP by 10% (Torchia, 2012).
Table 5: Iran’s Average Annual Real GDP Growth

Source: Economic Intelligence Unit (World Bank)
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According to Table 5, Iran’s real GDP growth had difficulties during the period of sanctions.
Before sanctions, growth was 7.1 in year 2003 and even 7.5 in 2002. But in 2005 it was 4.7. It
was estimated that growth in 2010 was 2.9, which is huge difference compared to 2002. Iran
had problems with inflation even before economic sanctions, and when they were imposed
situation became worse. According to Torchia (2012) inflation rate went to 20% in the last 18
months and analysts assume that the real rate of inflation is even higher. One of the reasons is
because sanctions made imports more expensive. As it always happens in economy, higher
inflation makes national currency less valuable.
One of the areas that were stricken very much is Foreign Direct Investment. Many foreign
investors gave up on investing in Iran because of bad political situation. Others gave up
because of the USA and the UN pressure. All these things forced foreign investors as well as
foreign suppliers out of Iran. Without FDI, Iran’s economy must go down.
Figure 4: Foreign Direct Investment in Iran during the sanctions period

Source: Iran Ministry of Economy and Finance
Figure 4 shows that since imposition of economic sanctions in 2006, Foreign Direct
Investment decreased a lot. Although before 2010 there is a small increase, after latest EU
sanctions in 2012, FDI will probably decrease a lot. When it comes to efficiency of those
economic sanctions imposed against Iran, officials disagree. John Bolton, a senior fellow at
the American Enterprise Institute, doubts their efficiency, but admits that sanctions are brutal.
Shamuel Bar, Director of Studies at the Institute of Policy and Strategy in Herzliya, says that
new stricter economic sanctions will be counterproductive and that they will even improve
Iran’s nuclear program (Press TV).
Opposite to these opinions, most of European and American politicians and scientists consider
economic sanctions efficient and until now successful. Hillary Clinton, Secretary of State,
says that sanctions “had slowed Iran’s nuclear program” and that sanctions disturbed Iran’s
economy, especially in the two sectors: Exports and banking (NY Times). The USA Congress
is preparing new set of sanctions against Iran and they targeted all companies and persons
linked to Iranian Revolutionary Guards. Barak Obama imposed sanctions against Iran’s
Central bank in order to block financing Iran’s nuclear program (Fox news).

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This announcement came few weeks after Iran threatened to close the Strait of Hormuz
through which around 20% of world’s oil passes and that Iran will suspend all oil shipment to
Europe (Financial Times). Economic sanctions against Iran had some success indeed, but it is
questionable will they reach their final goal. After all these sanctions, Iran must work harder
than ever in order to find suitable technologies (and even scientists because many of them are
murdered by Mossad and CIA) that will be helpful for development of nuclear program.
Figure 5: Iran’s crude oil exports, millions of barrels per day

other EU; 0,13

India; 0,33

China; 0,54

Spain; 0,14
Turkey; 0,18

Italy; 0,18

South Korea;
0,24

Other;
0,18
Japan; 0,34

Source: U.S. Energy Information Administration, 2011
Figure 5 shows Iran’s crude oil exports in first six months of 2011. Total exports were 2.26
millions of barrels per one day. As we can see, countries that already declared opposition to
oil embargo (India, China, South Korea, Turkey) are importing 1.29 millions of barrels per
day from Iran, which is 57% of all Iran’s exports per day. Japan only imposed sanctions on
goods that could help Iran’s nuclear program and also hesitate to impose sanctions on oil. EU
imposed oil embargo against Iran in January 2012, but its true implementation will start in
July. This gives plenty of time to Iran to find other buyers to fulfill the gap that will appear
after the EU countries stop importing the oil.
China and India (huge markets) already rejected sanctions against Iran and they have
announced that they will even increase their imports of oil from Iran. Iran will probably offer
their oil at discount prices in order to attract countries to buy excess of oil that will appear
after Europe stops buying it (Wall Street Journal). In that situation nothing new will happen.
Iran will sell all of its oil and only problem will be the loss of 20-30 billion dollars because of
discount. Almost same situation is with other goods that Iran exports.

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Figure 6: Iran’s Exports to Selected countries

Source: International Monetary Fund
According to Figure 6, Iran’s exports with selected countries increased even in the period of
sanctions imposed by UN (2006, 2007, and 2008). China, India and Turkey will continue and
even increase the import of Iran’s oil (Japan imposed sanctions only against persons involved
in nuclear program). All economic sanctions imposed against Iran could be a part of pre-war
preparations, as history already showed many times. The idea is to make Iran retarded by
imposing arm embargo and to create many collaborators that will cooperate with the USA and
Israel in the case of military action, as well as to turn people against their government. When
it comes to sanctions itself, Iran’s economy could survive despite them as long as they can
find buyers for their oil, which is the major source of Iran’s exports and significant portion of
Iran’s GDP.
5.Conclusions
Economic sanctions gained on importance nowadays. By using economic tools for achieving
political and diplomatic goals, countries around the world try to keep peace or to fulfill their
interests. Economic sanctions have been used since WWII as tools for preventing conflicts
and for changing political systems of other countries. Since 1990, countries increased usage of
these types of sanctions. The most famous sanctions were against Iraq, Yugoslavia, Iran, and
Zimbabwe. According to many relevant sources, economic sanctions are generally inefficient.
In many studies that examined more than 150 economic sanctions throughout the history,
some signs of success are noticeable in small number of cases. Complete success was found
in less than 5% of all cases studied. So, it can be concluded that economic sanctions are
unsuccessful in achieving their goals. In order to impose successful economic sanctions,
countries need sanctions that will have following characteristics: it is better when sanctions
are multilateral (countries that receive sanctions are unable to find substitution for missing
goods and commodities); sanctions must be imposed by powerful economy and they are more
efficient if imposed against poorer economy; sanctions imposed against democratic country
have higher chances to be efficient than those imposed against nondemocratic society (if
imposed against nondemocratic, they can even be counterproductive, meaning they can
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strengthen the position of the dictator); quick and comprehensive (hit all aspects of economy)
sanctions are better than slow (long lasting) and those that are not comprehensive.
In addition to this, it is important to say that sanctions are almost always successful when one
country that imposes sanctions, controls all trade of country that receives sanctions. Targeted
or smart sanctions are those which are planned carefully and which have very narrow part of
economy to attack. In order to influence political situation in one country, imposers attack
assets (freezing them) of certain persons, companies and groups that are closest and mostly
involved in that political situation (for example, to freeze abroad assets of persons involved in
political situation of one country). By doing so, imposer countries of sanctions avoid negative
side effects and unintentional harming of innocent people. When it comes to the impact of
economic sanctions, harming innocent people is negative side effect that everyone
emphasizes.
It is expected that imposition of sanctions on oil and commodities will harm innocents the
most. Real economic consequence of oil embargo is the rise of prices of all goods and
services. This increase in prices will affect living expenses of ordinary citizens of a country.
All sanctions should be planned in order to avoid harming civilians. This study reveals that
almost all sanctions harmed innocent people in every country where they were imposed. Two
examples of economic sanctions are taken to be analyzed in this study: economic sanctions
imposed against Yugoslavia during the war in 1990s, and economic sanctions imposed against
Iran. Many authors emphasize the case of Yugoslavia when they speak about successful
sanctions, but severity and number of casualties accelerated the end of the war in that country.
These sanctions had many good aspects (imposed multilaterally, against nondemocratic
country, very comprehensive) and because of that they were partially efficient in case of
forcing Yugoslavia’s president to obedience. To conclude, economic sanctions imposed
against Yugoslavia were one of the most comprehensive in human history and partially
successful.
Iran’s current nuclear sanctions are the most comprehensive ongoing sanctions. The UN
imposed four rounds of sanctions against Iran with many unilateral sanctions imposed by
other countries, led by the USA sanctions. After examination of Iran’s sanctions in this study
it can be concluded that sanctions imposed against Iran are partially efficient because they
slowed down Iran’s nuclear program, but inefficient in a way that they could not stop it
totally. It might be argued that the real purpose of sanctions against Iran is to exhaust that
country in order to attack it and to finish its nuclear program with military action. That would
not be first time in history that sanctions ended with military action. To summarize, although
sanctions proved to be unsuccessful in most cases they are still in use because every peaceful
action is better than military conflict and unnecessary casualties.
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Council of the European Union, (2012), Iran: New EU sanctions target sources of finance for
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Risk Tolerance and Investment Preferences in Bosnia and Herzegovina
Mela Hadrovic, Ugur Ergun
International Burch University, Faculty of Economics,
71000, Sarajevo, Bosnia and Herzegovina.
E-mails: mela_hadrovic@hotmail.com, uergun@ibu.edu.ba
Abstract
Risk tolerance is considered as an important factor in making financial decisions, saving and
investment choices. This paper has examined level of investment risk tolerance and
investment preferences of B&amp;H’s population and it had explored whether demographic and
socioeconomic factors to risk tolerance and investment preferences. Using a randomly chosen
sample of 200 individuals above the age of 20, empirical analysis has shown that above
independent variables that are significantly affecting individual’s risk tolerance are income
level, education level and gender. Regression analysis has proven that above average risk
tolerance is associated with higher income level and higher education level. Moreover,
analysis has supported the assumption that males are more risk tolerant then females.
Regarding the investment preferences, obtained results show that the out of eight independent
variables, only variable measuring whether an individual has a financial commitment is
significantly negatively related to the investment.
222

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                <text>Efficiency and Impact of Economic Sanctions</text>
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                <text>The purpose of this paper is to examine economic sanctions as a foreign policy instrument and  to give judgment to their efficiency and impact. Since WWI economic sanctions have been  used as a tool for preventing conflicts and signaling instrument of foreign policy. Their  efficiency and impact have been the main topics for many discussions. Since the War in  Yugoslavia in 1991, economic sanctions gained on their importance and usage. Two classical  examples of economic sanctions will be discussed in this paper: War in Yugoslavia and  sanctions against Iran. Economic sanctions appear to be unsuccessful in most cases and their  usual victims are innocent inhabitants.  Keywords: Economic sanctions, efficiency of economic sanctions, Yugoslavia, Iran.</text>
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                    <text>International Conference on Economic and Social Studies, 10-11 May, 2013, Sarajevo

Efficiency of Experimental Program for the Parental
Instruction for Children
Hazim Selimovid
University of Travnik, Travnik, Bosnia and Herzegovina
hazim.selimovic@gmail.com
Zehrina Selimovid
University of Travnik, Travnik, Bosnia and Herzegovina
zehrina.selimovic@gmail.com
Parental instruction in terms of helping children with school activities is
very important. For this reason, this paper dealt with theoretical and
empirical segment of this problem. In the theoretical part, the concept of
parental instruction was defined as well as its importance for the success
of the child, the commitment of children to such assistance and the
aspects of parental instructions.
The objective of study was to investigate the level of parents’ ability to
provide instruction to children with school activities and learning. For this
purpose, an experimental method was applied (experiment with initial and
final measurements with one group). In order to examine the effect of
experimental treatment the instrument on parental instruction to children
was used.
The obtained results provided significant findings that lead us to the
conclusion that parents' education can improve their instructions to
children in school learning.
Keywords: Parental Instruction, Parents, Students.

156

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                    <text>International Conference on Economic and Social Studies (ICESoS’13), 10-11 May, 2013, Sarajevo

Application Efficiency of Experimental Program on Parental Instruction to
Children
Hazim Selimović
University of Travnik, Travnik, Bosnia and Herzegovina
hazim.selimovic@gmail.com
Zehrina Selimović
University of Travnik, Travnik, Bosnia and Herzegovina
zehrina.selimovic@gmail.com

Abstract
Privacy can be defined as areas which are peculiar to an individual not to public or
society. The concept of privacy is mentioned with the concepts of confidentiality
and security of personal information and private areas. While the governments
create electronic tools and environment to watch and make observation to provide
the citizens more secure and an environment to live, it might cause an individual’s
private area to shrink.
Parental instructions as a helping tool in children are learning process is highly
important. For that reason this paper focuses on theoretical and empirical issues
within this topic. The theoretical segment defines parental instruction and its
significance for child’s success, as well as the different forms of parental
instruction, and child’s openness to that form of assistance.
The starting point of this paper is testing the level of parents’ capability to instruct
children in learning processes. An experimental method (an experiment with initial
and final testing within a single group) is utilized. The instrument of parental
instruction to children is used in order to test the influence of the experimental
treatment.
The obtained data has answered significant questions. A positive effect of the
experimental process is determined in five out of seven subtests: complexity
reduction of the school matter being studied, parents paying significance to the
instruction, instruction frequency, monitoring child’s improvement, parents’
instruction level and capability. A positive level of the experimental program has
not been recognized in metacognitive context of the instructions and parents’
emotional support to their children. The data stemming from the research suggests
that parents coming from urban communities attach more significance to the
instruction than parents from rural or suburban communities. These findings lead to
the conclusion that parental instruction in children’s learning processes can be
improved by the parental education.
Keywords: parental instruction, parents, children,

Introduction
How well a child adapts depends on the environment by which they are surrounded.
School and family are a significant part of that environment. There is no doubt that the
family is the basic and the most significant institution in any given society. It is equally
1

�International Conference on Economic and Social Studies (ICESoS’13), 10-11 May, 2013, Sarajevo

significant both for the development of the society, and the individuals within that society.
Children’s experiences within the family greatly determine future ability to adapt to life
and working environment. The role of the family is education and upbringing, as well as
creating an environment for child’s continuous development as a cognitive, emotional,
social and functional human being in accordance to their affinities and capabilities.
Parent-child relations begin with a moment of birth; they develop throughout child’s stay
in parent’s house, and continue throughout the life. The quality of the parent-child
relationship depends on parents’ interpersonal relationship, their attitude towards the
children, as well as the relationship of all the family members and their attitude towards the
children.
Family relations significantly affect children’s success at school. Parents who attach more
significance to parental instruction will largely assistance their children to master the
school matters, than those parents who do not view parental instruction as an important
part of the learning process.
Family and school represent a changing socio-historical category, and with the
development of society, science and technology, their role changes, and also becomes
more significant to a certain extent. Therefore, the collaboration between school and family
in children’s education and upbringing is crucial.
The definition of parenting instruction
In order to discuss parenting instruction, first we need to clarify the meaning of the word
‘instruction’. It stems from the Latin word ‘instruction’ and means ‘to teach, to educate, to
direct, to order.’ (Anić, Klaić and Domović, 2007, pp. 609). The meaning of the word tells
us that its essence is to direct on how something should be done. Therefore, parental
instruction stands for parents giving their children directions on the easiest way to absorb
the school matter. This raises the question of how much significance parents attach to
parental instruction. According to pedagogical theory and practice, the level of parental
instruction is unsatisfactory. The reasons for it can be the parents themselves, as well as
their inadequate ability to instruct. Namely, our patriarchal society which views the
mothers as the main caregivers to children, together with the fact that mothers are
overwhelmed with housework and other obligations, leaves little room for parental
instruction on school matters. On the other hand, the schools’ lack of collaboration with the
parents, leaves the parents ill equipped to successfully assistance their children, seeing that
they simply are neither aware of the learning methods, nor the school syllabuses. The
result is children’s poor results at school, as well as their ‘unfamiliarity with effective
learning methods, as a result of children left on their own, overexposed to television, video
games or the streets.’(Suzić, 2005, pp. 384). This situation is unacceptable and steps should
be undertaken to provide improvement. A good starting point is to inform ourselves in how
is Western European countries dealing with this issue? ‘In Western countries it has become
a norm for parents to be involved in school education of their children, to monitor their
progress at school, and to frequently consult with teachers on ways how to assistance their
children in learning process’ (ibid. pp. 384). What is obvious is that parental instruction
would assistance the children in their learning process. The question is how open are the
children for this form of assistance. They can accept it or not. If children are not open to
this form of assistance, it can lead to them feeling overwhelmed and lost. If children are
open to parental instruction, they also start to value it and recognize its significance.

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�International Conference on Economic and Social Studies (ICESoS’13), 10-11 May, 2013, Sarajevo

Parental instruction needs to be unobtrusive in order for children to be open to it, it needs
to take into consideration child’s initial antagonism and offer easy and clear guidelines.
Unfortunately the reason for the lack of this form of assistance sometimes lies in parents,
when they feel that they are not competent enough to provide this kind of pedagogical
communication. In order to help the parents shake off the feeling of incompetence, the
schools should organize trainings aimed to enable the parents to help their children in
learning process. The parents will be able to annul the feeling of incompetence through
workshops and lectures, and also to acquire certain pedagogical competences which will
help them alleviate the learning process. The basic question which imposes itself is : How
to help a child in the learning process? The desire for success at school, as well as its
significance in modern society drives the parents to take an active role in their children’s
education. Their help consists of parents explaining how to approach the matter at hand, as
well as why it is important for the child to learn it. The purpose of learning is often left
unexplained, which leads to children withdrawing because they were not instructed on
importance of the learning process. Parents are expected to explain the purpose of learning
to their children through everyday communication, in order for a child to grasp the
importance of learning and be motivated to master the school matter. Parents should also
entice and encourage their children to persist in given tasks on a daily basis, which will
help develop their character, determination and confidence. Parents should entice and
encourage their children even in moments of setbacks, when that support is needed the
most.
Finally, parents’ love should also be pointed out as a foundation of parent-child
relationship, and a crucial ingredient for future success. Parents’ empathy as an amalgam
of all of the above instigates the emotional and rational understanding, ingredients which
are crucial for a child to become a physically and mentally balanced adult.
There are various forms of parental instruction, and this paper focuses on the following:
Metacognitive instruction context, Task complexity reduction, Attaching significance to
the instruction, Emotional support to a child, Instruction frequency, Child’s improvement
monitoring and Parent’s instruction capability level.
Our research
Hypotheses
The starting points for this research are four hypotheses:
1. Experimental process has a positive effect on parental instruction in child’s
learning process;
2. Experimental process has a positive effect on parental instruction in child’s
learning process with regards to the environment by which the school is
surrounded;
3. Experimental process has a positive effect on correlation between parental
instructions and parents’ education and financial status;
4. Experimental process has a positive effect on correlation between parental
instructions and parents’ age.

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�International Conference on Economic and Social Studies (ICESoS’13), 10-11 May, 2013, Sarajevo

Testing sample
Research testing sample are the of 1st, 2nd, 3rd, 4th and 5th grade primary school pupils from
Tuzla, Zvornik, Simin Han and Sapna.
The testing sample consists of 125 parents. The parents are divided into the following age
categories: 25 to 29 - 27 parents (21,6%), 30 to 34 - 34 parents(27,2%), 35 to 39 - 38
(30,4%), 40 to 44 - 22 (17,6%) and 45- 49 - 4 parents (3,2%).
Education categories are: 20 parents (16,0%) with four years of primary school education,
35 (28,0%) %) with eight years of primary school education, 48 (38,4%) with secondary
education, 10 (8,0%) with college education and 12 (9,6%) with university education.
Social categories are: 17 parents (13,6%) without any income, 3 (2,4%) with income up to
100 BAM, 12 (9,6) with income between 100 and 300 BAM, 27 (21,6) with income
between 300 and 500 BAM and 66 (52,8%) with income above 500 KM.

The Instrument
The instrument used in the research is RID- Parental instruction to children (Suzić, 2005,
pp. 909).
The instrument uses Likert type assessment scale which consists of the five-level list of
possible answers, two of which are agreement levels, one is neutral, and two are
disagreement.
The parents used this scale to express their agreement, neutrality or disagreement with the
information provided.
RID - Parental instruction to children is an instrument taken from the 21st Century
Pedagogy, (Suzić 2005, pp. 909).
It consists of seven subtests: Metacognitive instruction context (6 items),Task complexity
reduction (5 items), Attaching significance to the instruction (7 items), Emotional support
(7 items), Instruction frequency (5 items), Improvement monitoring (5 items), and Parent’s
instruction capability level (7 items).
The subtests are summary so we reached an overall RID score: The questions are answered
using the Likert scale as follows: 1 (none, never), 2 (to a certain extent, occasionally), 3
(medium or 50%), 4 (mostly, often) and 5 (completely, always).
Instrument’s reliability is determined by Alpha- Cronbach coefficient which is ( = 0,85).

Study Results
The first hypothesis of this study states that experimental treatment has beneficial effect on
parental instructions to children in relation to acquiring school curriculum.
Confirmation of this hypothesis can be seen in the Table 1.
Overall, it is evident that application of the experimental treatment has positive effect on
parental instructions to children.

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�International Conference on Economic and Social Studies (ICESoS’13), 10-11 May, 2013, Sarajevo

Table 1: Differences between parental instructions to children
Parameter

MKI 01i-06i
MKI 01f-06f
RKZ 07i-11i
RKZ 07f-11f
PZI 12i-18i
PZI 12f-18f
EPD 19i-25i
EPD 19f-25f
FID 26i-30i
FID 26f-30f
PND 31i-35i
PND 31f-35f
NOR 36i-42i
NOR 36f-42f
RID SUM i ∑
RID SUM f ∑

No of
subjec
ts
125
125
125
125
125
125
125
125

M

22,63
22,97
18,45
20,05
29,41
30,14
28,54
29,50
17,82
18,36
18,66
20,35
19,33
29,72
150,79
170,79

SD

Diff. M

4,30
3,06
3,82
1,98
3,52
2,22
3,63
2,41
2,58
1,56
2,79
1,74
5,27
2,92
18,17
10,11

Level of
freedom

Signif.

124

0,467

– 1,60

–
0,729
– 4,255

124

0,000

– 0,25

– 2,149

124

0,034

– 0,74

– 1,707

124

0,090

– 0,66

– 2,148

124

0,034

– 0,54

– 5,937

124

0,000

– 1,69

– 20,251

124

0,000

– 20,00

– 11,341

124

0,000

– 0,34

t-time.

Note: MKI (01-06) - Metacognitive instruction context
RKZ (07-11) - Task complexity reduction
PZI (12-18) - Attaching significance to the instruction
EPD (19-25) - Emotional support to a child
FID (26-30) - Instruction frequency
PND (31-35) - Child’s improvement monitoring
NOR (36-42) - Parent’s instruction capability level
RID (01-42) - Parental instruction to children (summarily)

Establishing the significance of the difference between the initial and final states of
parental instructions to child (RID) Metacognitive instruction context MKI 01-06 (IF) – the
very first parameter of Table 1 demonstrates that there are no statistically significant
differences (at p &lt;0.05) in all six components of parental instruction to child, with a
statistically insignificant correlation of 0.05 between both sets before and after the
experimental treatment. The effect of the experimental treatment did not yield any
significant results in terms of metacognitive competence in parents-children relationship.
The reasons for these results are to be found in the fact that the development of
metacognition in parents was unsuccessful i.e. development of awareness of their own
cognition failed. The reasons for this are hard to explain but it is a fact that some parents
tend to analyze their own actions while others are mainly engaged in specific
activities.Determining the significance of the difference between the initial and final states
of parental instructions to child (RID) Reduction of the tasks’complexity RKZ 07-11 (IF) the second parameter of Table 1 shows that there are statistically significant differences (at
p &lt;0.01) in all five components of parental instructions to child, with a statistically
insignificant correlation of 0.06 between both sets before and after the experimental
treatment. The effect of experimental treatments yielded significant results in terms of
reduction of the tasks’ complexity at the parents to children instructions. Based on the
analysis of the findings it can be concluded that the parents acquired certain knowledge
through workshops, knowledge regarding reduction of tasks’ complexity, i.e. they
managed to understand the importance of adjusting instructions to the needs of their
children. Understanding the specific ways of learning certain subject matters resulted in

5

�International Conference on Economic and Social Studies (ICESoS’13), 10-11 May, 2013, Sarajevo

learning how the same matter can be learnt more easily than when applying the method
used before the experiment.
Determining the significance of the difference between the initial and final states of
parental instruction to child (RID) Attributing significance to instruction PZI 12-18 (IF) the third parameter, Table 1 shows that there are statistically significant differences (at p
&lt;0.05) in all seven components of parental instructions to child, with a statistically
insignificant correlation of 0.17 between both sets before and after the experimental
treatment. The effect of the experimental treatment yielded tangible results in terms of the
importance that parents attribute to instructions. The effect of knowledge that parents
acquired through workshops and relating to the instructions, motivated parents to attribute
greater importance to instructions to their children in mastering the curriculum content in
terms of time needed for instructions and personal engagement in the success. The fact that
they were involved in the experiment contributed to motivating parents, as well as the
desire for new knowledge about instructions which parents showed even during the
experimental treatment by reading additional literature.
Determining the significance of the difference between the initial and final states of
parental instructions to child (RID) Emotional support to the child EPD 19-25 (IF) - the
fourth parameter, Table 1 shows that there are no statistically significant differences (at p
&lt;0.05) in all seven components of parental instructions to child, with a statistically
insignificant correlation of 0.03 between both sets of before and after the experimental
treatment. The effect of the experimental treatment did not yield significant results in terms
of emotional support from the parents to the child.
The lack of statistical significance in the emotional support to children points to the fact
that parents, during the instructions, paid more attention to the adoption of specific
teaching content ignoring the emotional support, which can be interpreted by different
levels of aspirations of children and parents where parents focused only on acquiring
knowledge while children needed emotional support as well. This also points to the
interconnectedness of metacognition which also did not show statistically significant
improvement in terms of emotional self-regulation of the parents.
Determining the significance of the difference between the initial and final states of
parental instructions to child (RID) Frequency of instructions to child FID 26-30 (IF) - the
fifth parameter, Table 1 shows that there are statistically significant differences (at p
&lt;0.05) in all five components of parental instructions to child, with a statistically
insignificant correlation of 0.16 between both sets of before and after the experimental
treatment. The effect of experimental treatments yielded significant results in terms of
frequency of parental instructions. Parents started to help their children more often, to talk
more about the school and school related topics and to share parental concerns with
spouses. This last finding is rather interesting because the majority of parents in the initial
stage of the study indicated that solely they care about helping children in school activities
and they considered it to be justified, but under the influence of all that they have
experienced in the workshops their attitude changed and they began to include spouses and
considered them to be an equal collaborators/partners.
Determining the significance of the difference between the initial and final states of
parental instructions to child (RID) Monitoring progress of the child PND 31-35 (IF) - the
sixth parameter of Table 1 shows that there are statistically significant differences (at p

6

�International Conference on Economic and Social Studies (ICESoS’13), 10-11 May, 2013, Sarajevo

&lt;0.01) in all five components of parental instructions to child, with a statistically
insignificant correlation of 0.07 between both sets before and after the experimental
treatment. Progress in this subtest came as a result of greater concern showed by parents
for the success of their child, as well as by creating a better, trusting relationship with their
children, dosing instructions to the needs of their children and monitoring the success of
instructions. All this came as a result of experimental treatment.
Determining the significance of the difference between the initial and final states of
parental instructions to child (RID) Competence level of parents for instructions NOR 3642 (IF) - the seventh parameter of Table 1 shows that there are statistically significant
differences (at p &lt;0.01) in all five components of parental instructions to child, with a
statistically insignificant correlation of 0.11 between both sets before and after the
experimental treatment. Certainly the biggest improvement of all subtests was made with
respect to the level of competence of the parents which can be seen from the arithmetic
mean. Parents have entered experimental treatment with a very modest knowledge of
instructions as a way to help children learning. Active participation in all workshops
enabled them to get acquainted with all that is needed for their children to achieve better
results. Motivated by the desire to find out everything needed to successfully work with
children, parents have improved their instructions to children and it yielded statistical
significance compared to the initial test.
Determining the significance of the difference between the initial and final states of
parental instructions to child (RID) - Summary Table 1 shows that there are statistically
significant differences in general (at p &lt;0.01) in all components of parental instructions to
child, with a statistically insignificant correlation of 0.12 between both sets before and
after the experimental treatment.
The effect of the experimental treatment was felt in the aggregate findings of the
instruments of parental instructions to children, which confirmed that parents were actively
involved in the experimental program and that they had gained considerable knowledge
and experience in order to better and improve success rate of instruction for their children
in learning process.
The second hypothesis of this study is that the experimental treatment has positive
influence on parental instructions to children in relation to school children attend. The
findings indicate that there are significant differences in terms of parental instructions to
the child with respect to school children attend. The results confirming this hypothesis are
shown in Table 2
Table 2:Differences between parental instructions to the child with respect to school children attend
Parameter
MKI 01-06 (I)

MKI 01-06 (F)

School
urbansuburban
urbanrural
suburban
rural
urbansuburban
urbanrural

Subjects
tested
50
25
50
50
25
50
50
25
50
50

M

SD

23,42
22,52
23,42
21,90
22,52
21,90
22,86
23,04
22,86
23,00

4,23
4,86
4,23
4,03
4,86
4,03
3,29
2,26
3,29
3,20

7

Diff.
M
0,90

F

Signif.

t-time.

Signif.

0,166

0,685

0,826

0,411

1,52

0,317

0,575

1,840

0,069

0,62

0,001

0,970

0,586

0,560

–
0,18
–
0,14

2,700

0,105

– 0,245

0,807

0,037

0,849

– 0,277

0,783

�International Conference on Economic and Social Studies (ICESoS’13), 10-11 May, 2013, Sarajevo

RKZ 07-11 (I)

RKZ 07-11 (F)

PZI 12-18 (I)

PZI 12-18 (F)

EPD 19-25 (I)

EPD 19-25 (F)

FID 26-30 (I)

FID 26-30 (F)

PND 31-35 (I)

PND 31-35 (F)

suburban
rural
urbansuburban
urbanrural
suburban
rural
urbansuburban
urbanrural
suburban
rural
urbansuburban
urbanrural
suburban
rural
urbansuburban
urbanrural
suburban
rural
urbansuburban
urbanrural
suburban
rural
urbansuburban
urbanrural
suburban
rural
urbansuburban
urbanrural
suburban
rural
urbansuburban
urbanrural
suburban
rural
urbansuburban
urbanrural
suburban
rural
urbansuburban
urbanrural

25
50
50
25
50
50
25
50
50
25
50
50
25
50
50
25
50
50
25
50
50
25
50
50
25
50
50
25
50
50
25
50
50
25
50
50
25
50
50
25
50
50
25
50
50
25
50
50
25
50
50
25
50
50
25
50
50
25
50
50

23,04
23,00
19,36
17,76
19,36
17,88
17,76
17,88
20,76
19,56
20,76
19,58
19,56
19,58
30,76
29,32
30,76
28,10
29,32
28,10
30,56
31,12
30,56
29,24
31,12
29,24
29,96
28,64
29,96
27,08
28,64
27,08
29,30
28,68
29,30
29,36
28,68
29,36
18,52
17,28
18,52
17,40
17,28
17,40
18,68
17,96
18,68
18,24
17,96
18,24
19,60
17,64
19,60
18,24
17,64
18,24
20,62
20,12
20,62
20,20

2,26
3,20
4,12
3,91
4,12
3,32
3,91
3,32
2,11
1,32
2,11
1,94
1,32
1,94
2,37
3,50
2,37
4,01
3,50
4,01
1,79
1,42
1,79
2,60
1,42
2,60
3,42
3,12
3,42
3,56
3,12
3,56
2,56
1,60
2,56
2,59
1,60
2,59
2,51
2,81
2,51
2,43
2,81
2,43
1,45
1,10
1,45
1,80
1,10
1,80
2,35
3,09
2,35
2,81
3,09
2,81
1,94
1,39
1,94
1,69

8

0,04

3,005

0,101

0,231

0,926

1,60

0,307

0,581

1,611

0,111

1,48

2,231

0,139

1,976

0,051

–
0,12
1,20

0,397

0,531

– 0,139

0,890

9,573

0,003

2,589

0,012*

1,18

0,407

0,525

2,908

0,004**

–
0,02
1,44

7,835

0,007

– 0,046

5,466

0,022

2,106

0,039*

2,66

8,007

0,006

4,037

0,000**

1,22

0,166

0,685

1,294

0,200

–
0,56
1,32

1,532

0,220

– 1,364

0,177

6,871

0,010

2,959

0,004**

1,88

9,618

0,003

3,365

0,001**

1,32

0,039

0,845

1,620

0,110

2,88

0,686

0,409

4,123

0,000**

1,56

0,907

0,344

1,860

0,067

0,62

5,602

0,021

1,107

0,272

–
0,06
–
0,68
1,24

0,023

0,880

– 0,116

0,908

4,191

0,044

– 1,120

0,234

0,036

0,850

1,939

0,056

1,12

0,001

0,982

2,266

0,026*

–0,12

0,014

0,829

–0,191

0,849

0,72

1,323

0,254

2,187

0,032*

0,44

3,647

0,059

1,346

0,182

–
0,28
1,96

7,390

0,008

– 0,712

0,479

2,679

0,106

3,058

0,003**

1,36

1,488

0,225

2,626

0,010**

–
0,60
0,50

0,340

0,562

– 0,843

0,402

3,355

0,071

1,149

0,254

0,42

1,278

0,261

1,155

0,251

0,963

�International Conference on Economic and Social Studies (ICESoS’13), 10-11 May, 2013, Sarajevo

suburban
25 20,12
1,39
rural
50 20,20
1,69
NOR 36-42 (I)
urban50 21,04
6,23
suburban
25 17,56
3,12
urban50 21,04
6,23
rural
50 18,50
4,61
suburban
25 17,56
3,12
rural
50 18,50
4,61
NOR 36-42 (F)
urban50 31,04
1,95
suburban
25 30,84
1,07
urban50 31,04
1,95
rural
50 27,84
3,35
suburban
25 30,84
1,07
rural
50 27,84
3,35
RID 01-42 (I)
urban50 157,8
19,7
suburban
25 146,0
15,6
urban50 157,8
19,7
rural
50 146,2
15,7
suburban
25 146,0
15,6
rural
50 146,2
15,7
RID 01-42 (F)
urban50 173,8
10,2
suburban
25 171,3
6,99
urban50 173,8
10,2
rural
50 167,5
10,4
suburban
25 171,3
6,99
rural
50 167,5
10,4
Note: RID (01-42) – parental instructions to the child
** - level of significance of 0,01
* - level of significance of 0,05

–
0,08
3,48

0,860

0,357

– 0,204

13,93

0,000

2,625

0,011*

2,54

6,779

0,011

2,316

0,023*

–
0,94
0,20

2,654

0,108

– 0,918

0,362

3,532

0,064

0,478

0,634

3,20

3,583

0,061

5,836

0,000**

3,00

6,442

0,013

4,352

0,000**

11,8

3,259

0,075

2,606

0,011*

11,6

3,281

0,073

3,271

0,001**

–
0,12
2,50

0,209

0,649

– 0,031

0,975

1,627

0,206

1,097

0,276

6,32

0,098

0,755

3,053

0,003**

3,82

0,773

0,382

1,650

0,103

0,839

Determining the significance of difference between the parental instructions to child, with
respect to school children attend (urban, rural and suburban, i.e. educational institution
location) Table 2 shows that there are significant differences of the initial condition related
to attributing significance to instructions to child, emotional support for the child, the
frequency of instructions to the child, the level of competence of the parents for
instructions and parental instruction to the child (cumulative) before the experimental
treatment, in favor of the city (urban) schools, compared to suburban and rural schools
Also, it was found that there were statistically significant differences in the final condition
for reducing the complexity of the task, attributing importance to instructions to child,
frequency of instructions to a child, the level of competence of the parents for instructions
and parental instruction to the child (cumulative) before the experimental treatment, in
favor of the city (urban) schools, compared to suburban and rural schools.
This significance is not present in the context of metacognitive instructions which shows
that parents do not differ significantly in this subtest. Significance can be found in reducing
the complexity of the tasks in the favor of the city (urban) schools, and the reasons for this
are related to better understanding and understanding of these issues by parents living in
the urban areas as opposed to the parents from the country. Analysis of the arithmetic
means shows that there has also been progress with parents in suburban and rural schools,
but it is not statistically significant.
As for the subtests Attributing significance to the instructions it shows a statistically
significant difference between parents from urban area versus those from rural ones in both
9

�International Conference on Economic and Social Studies (ICESoS’13), 10-11 May, 2013, Sarajevo

initial and final study, which means that the parents from urban areas attribute greater
importance to instruction in relation to the parents from the rural areas. The reason for this
lies in the fact that the parents from the urban areas are more motivated for their child to
succeed than parents from the rural areas. The lack of statistically significant differences
between the parents from urban and rural areas (regardless of location of the school) with
regard to the emotional support to a child can be explained by the fact that parents still
value cognitive achievement of children above all other competencies , even emotional
ones.
Frequency of instructions was also present with parents of all schools and there were no
statistically significant differences except between urban and rural parents in the initial
study, and urban and suburban parents in final study. Regarding monitoring progress there
is no statistically significant change from the initial to the final state of the study which
suggests that parents of all schools paid great attention to this aspect of helping children
learning. The biggest statistical difference was between parents of urban and rural schools
in the subtest Parents’ instruction capability level. This shift indicates that parents in urban
schools are on the more advanced level in relation to the parents of suburban and rural
schools. The reasons behind this are greater motivation to learn demonstrated by parents
from urban schools.
The analysis of parental instruction to children in general shows a statistically significant
difference in the initial study of the parents from urban areas as compared to parents from
suburban and rural areas, and in the final study between parents from urban and rural areas
which suggests that parents from urban areas invest more and are more willing to help their
children learning.
The third hypothesis is that there is a positive correlation between parental instructions to
educational and economic status of the parents. Results are given in Tables 3 and 4. The
results show that the experimental treatment did not have positive effect on the association
of parental instructions to child and their level of education, as well as economic status of
parents, compared before and after the experimental treatment.
Analysis of the results of linear regression Table 3, prior to the experimental treatment,
indicates that the overall regression is statistically significant at the 0.01 level (Sig). It was
demonstrated by univariate analysis of variance (ANOVA short). The only conclusion that
can be drawn is that we should reject the basic hypothesis, i.e. the assumption that the
differences between parental instructions to child and educational status of parents does not
exist. The coefficient of determination (R2) and multiple correlations (R) show that the
variance of parental instructions to child (before experimental treatment) is possible to
explain by 24 percent by educational status of their parents, because their correlation is
0.49. Therefore, it can be argued that parental instructions to child can be predict based on
educational status of parents. Only one regression (before experimental treatment) was
statistically significant for the parent’s instructions to child and to Parent's instruction
capability level, given the educational status of the parents. Parental instructions to child
(RID-summary) in the initial state confirm that it is in general statistically significant in
explaining the educational status of parents.
Table 3:Correlation between parental instructions to a child with their educational status
before and after the experimental treatment
Ri =0,49 - Rf=0,40

R2i=0,24 - R2f=0,16

F-ratio =5,15/3,20

10

Significance F
=0,00/0,01

�International Conference on Economic and Social Studies (ICESoS’13), 10-11 May, 2013, Sarajevo

Br.
1.

Parameters
Metacognitive instruction context (i)
Metacognitive instruction context (f)
2.
Task complexity reduction (i)
Task complexity reduction (f)
3.
Attaching significance to the instruction (i)
Attaching significance to the instruction (f)
4.
Emotional support to a child (i)
Emotional support to a child (f)
5.
Instruction frequency (i)
Instruction frequency (f)
6.
Child’s improvement monitoring (i)
Child’s improvement monitoring (f)
7.
Parents’ instruction capability level (i)
Parents’ instruction capability level (f)
∑
Parental instruction to child (sum-i)
Parental instruction to child (sum-f)
Note: ** - level of significance from 0,01
* - level of significance from 0,05

Beta
0,02
-0,01
-0,04
0,22
0,14
-0,07
0,05
-0,31
0,01
0,03
0,04
0,07
0,39
0,32
0,41
0,14

B
0,01
-0,01
-0,01
0,13
0,05
-0,04
0,02
-0,15
0,01
0,02
0,02
0,04
0,08
0,13
0,05
0,01

t-time
0,149
-0,131
-0,284
2,083
1,498
-0,680
0,481
-2,628
0,107
0,315
0,419
0,682
4,236
3,029
4,925
1,539

Signif. t
0,882
0,896
0,777
0,039*
0,137
0,498
0,632
0,010**
0,915
0,754
0,676
0,497
0,000**
0,003**
0,000**
0,126

Analysis of the results of linear regression Table 3, after the experimental treatment,
indicates that the overall regression is statistically significant at the 0.01 level (Sig). It was
demonstrated by univariate analysis of variance (ANOVA Short), and the only conclusion
that can be drawn is that we should reject the basic hypothesis, i.e. the assumption that the
differences between parental instructions to child and educational status of parents does not
exist .The coefficient of determination (R2) and multiple correlations (R) show that the
variance of parental instructions to child (before experimental treatment) is possible to
explain by 24 percent by educational status of their parents, because their correlation is
0.40. Therefore, it can be argued that parental instructions to child can be predicted based
on educational status of parents. Three regressions are (after experimental treatment)
determined to be statistically significant for parental instructions to child: Parent's
instruction capability level and Task complexity reduction, with respect to the educational
status of parents whereas emotional support to a child bears negative value. This negative
value indicates the fact that we are dealing with tendencies of opposite directions, which
means that when one tendency is growing (educational status of parents) the other
decreases (Emotional support to a child), and vice versa. Parental instructions to child
(RID-summary) in the final state confirm the fact that it is not generally statistically
significant in explaining the educational status of parents.
Analysis of the results of linear regression Table 4 (prior to the experimental treatment)
indicates that the overall regression is not statistically significant at the level of 0.05 (Sig).
It is demonstrated by univariate analysis of variance (ANOVA Short), with the only
conclusion that that we cannot reject the basic hypothesis, i.e. the assumption that the
differences between parental instructions to child and economic status of parents does not
exist. The coefficient of determination (R2) and multiple correlations (R) show that the
variance of parental instructions to child (before experimental treatment) is possible to
explain by only 10 percent by the economic status of parents, because their correlation is
0.32. Therefore, it cannot be argued that parental instructions to child can be predicted
based on economic status of the parents. Only one regression (before experimental
treatment) was statistically significant for the Parental instructions to child and to Parent's
instruction capability level, given the economic status of the parents. Parental instructions
to child (RID-summary) in the initial state indicate that it is in general statistically
significant in explaining the economic status of the parents.

11

�International Conference on Economic and Social Studies (ICESoS’13), 10-11 May, 2013, Sarajevo

Table 4: Correlation between parental instructions to a child with their economic status
before and after the experimental treatment
Ri =0,32 - Rf=0,20
R2i=0,10 - R2f=0,04
Br.
Parameters
1.
Metacognitive instruction context (i)
Metacognitive instruction context (f)
2.
Task complexity reduction (i)
Task complexity reduction (f)
3.
Attaching significance to the instruction (i)
Attaching significance to the instruction (f)
4.
Emotional support to a child (i)
Emotional support to a child (f)
5.
Instruction frequency (i)
Instruction frequency (f)
6.
Child’s improvement monitoring (i)
Child’s improvement monitoring (f)
7.
Parents’ instruction capability level (i)
Parents’ instruction capability level (f)
∑
Parental instruction to child (sum-i)
Parental instruction to child (sum-f)
Note: ** - level of significance from 0,01
* - level of significance from 0,05

F-ratio =1,93/0,69
Beta
B
0,02
0,01
0,01
0,00
-0,03
-0,01
0,03
0,02
-0,14
-0,05
-0,11
-0,07
0,19
0,07
0,15
0,09
-0,20
-0,11
-0,07
-0,06
0,07
0,03
-0,03
-0,02
0,23
0,06
0,12
0,06
0,18
0,01
0,11
0,01

Signif. F =0,07/0,68
t-time
Signif. t
0,172
0,863
0,083
0,934
-0,242
0,809
0,274
0,784
-1,333
0,185
-1,034
0,303
1,724
0,087
1,173
0,243
-1,934
0,055
-0,698
0,487
0,646
0,520
-0,285
0,776
2,290
0,024*
1,035
0,303
2,087
0,039*
1,230
0,221

Analysis of the results of linear regression Table 4 (prior to the experimental treatment)
indicates that the overall regression is not statistically significant at the level of 0.05 (Sig).
It is demonstrated by univariate analysis of variance (ANOVA Short), with the only
conclusion that that we cannot reject the basic hypothesis, i.e. the assumption that the
differences between parental instructions to child and economic status of parents does not
exist. The coefficient of determination (R2) and multiple correlations (R) show that the
variance of parental instructions to child (after experimental treatment) is possible to
explain by only 4 percent by the economic status of parents, because their correlation is
0.20. Therefore, it can be argued that parental instructions to child cannot be predicted
based on economic status of the parents. Not a single regression (after experimental
treatment) was statistically significant for the Parental instructions to child and to Parent's
instruction capability level, given the economic status of the parents. Parental instructions
to child (RID-summary) in the initial state indicate that it is not in general statistically
significant in explaining the economic status of the parents.
The fourth hypothesis is that there is a correlation between parental instructions to child
and age of parents. The findings relevant to this correlation association are given in Table
5. They demonstrate partial correlation between parental instructions to child and parents’
age, as a result of the influence of experimental treatment.
Analysis of the results of linear regression Table 5 (prior to the experimental treatment)
indicates that the overall regression is not statistically significant at the level of 0.05
(Sig).It is demonstrated by univariate analysis of variance (ANOVA Short), with the only
conclusion that that we cannot reject the basic hypothesis, i.e. the assumption that the
differences between parental instructions to child and age of parents does not exist. The
coefficient of determination (R2) and multiple correlations (R) show that the variance of
parental instructions to child (before experimental treatment) is possible to explain by 6
percent by the economic status of parents, because their correlation is 0.24. Therefore, it
12

�International Conference on Economic and Social Studies (ICESoS’13), 10-11 May, 2013, Sarajevo

cannot be argued that parental instructions to child can be predicted based on the age of the
parents. Not a single regression (before experimental treatment) was statistically
significant for the Parental instructions to child, given the age of the parents. Parental
instructions to child (RID-summary) in the initial state indicate that it is not in general
statistically significant in explaining the age of the parents.
Conclusion
Parental instruction in learning process significantly affects the overall success a child
achieves at school. This form of assistance depends on the parents, as well as the
children. Their motivation is a key factor for instructions to be successful.
The process of parental instruction can be implemented by using various methods,
usually by empathy, helping children to reduce the amount of effort and energy needed
to master the matter,emotional support, supervising what is being learned as well as
how, and creating the environment to raise child’s awareness or metacognition on
what is being learned. These are all the methods that are largely unknown to parents.
The workshops that were organized from September to December 2008 sparked the
interest of the parents, and also enabled them to acquire basic pedagogical tools on
how to help their children.
The results of the research show that there is statistically significant difference in
parental instruction in five out of seven subtests: complexity reduction of the school
matter being studied, parents paying significance to the instruction, instruction
frequency, monitoring child’s improvement, parents’ instruction level and capability.
A positive level of the experimental program has not been recognized in metacognitive
context of the instructions and parents’ emotional support to their children . The
experimental program has not given positive results in all of the subtests with regards
to the school environment, although the parents from city schools achieved a certain
progress compared to parents from suburban or rural schools.
The conclusion that can be reached from the results obtained is that an improvement in
parental instruction in learning process can be achieved by working with parents.
Emotional support and metacognition require more time, seeing that the former
clashes with the traditional communication which does not recognize emotions, while
the latter is something which is largely unknown to the parents and requires more time
to be improved.

Reference
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CURO, Učiteljski fakultet.
Brkić,M. iKundačina,M. (2003). Statistika u istraţivanju vaspitanja i obrazovanja. MostarSarajevo: Educa d.o.o. Sarajevo.

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Fortunato, 1., Hecht, D., Tittle, C., Alvarez, L. (1991). Metacognition and problem solving,
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Handrin– Goakin, S. (1999). Roditeljstvo za neupućene. Beograd: Mikro knjiga i IDG
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Ljubetić, M. (1998). Samoprocjena kompetentnosti roditelja za roditeljsku ulogu.
Napredak br. 139, str, 290–297
Mandić, P.(1980). Saradnja porodice i škole. Sarajevo: Svjetlost.
Muţić, V.(2004). Uvod u metodologiju istraţivanja i obrazovanja. Zagreb: Educa.
Raboteg-Šarić, Z. (1993). Empatija, moralno rasuđivanje i različiti oblici prosocijalnog
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14

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SELIMOVIĆ, Zehrina</text>
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                <text>Parental instruction in terms of helping children with school activities is  very important. For this reason, this paper dealt with theoretical and  empirical segment of this problem. In the theoretical part, the concept of  parental instruction was defined as well as its importance for the success  of the child, the commitment of children to such assistance and the  aspects of parental instructions.  The objective of study was to investigate the level of parents’ ability to  provide instruction to children with school activities and learning. For this  purpose, an experimental method was applied (experiment with initial and  final measurements with one group). In order to examine the effect of  experimental treatment the instrument on parental instruction to children  was used.  The obtained results provided significant findings that lead us to the  conclusion that parents' education can improve their instructions to  children in school learning.  Keywords: Parental Instruction, Parents, Students.</text>
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