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Archives of Business Research – Vol. 10, No. 2

Publication Date: February 25, 2022

DOI:10.14738/abr.102.11848. Dang, L. A., & Le, T. M. H. (2022). A Tudy of Impacts of the Use of Cost Information on Business Performance of Fishery Processing

Enterprises in Vietnam. Archives of Business Research, 10(02). 252-269.

Services for Science and Education – United Kingdom

A Tudy of Impacts of the Use of Cost Information on Business

Performance of Fishery Processing Enterprises in Vietnam

Lan Anh DANG

Lecturer, Faculty of Economics and

Business Administration, Hong Duc University

Thi Minh Hue LE

Lecturer, Faculty of Economics and

Business Administration, Hong Duc University, Vietnam

ABSTRACT

This study aims to examine the relationship between the Use of Cost Information

(UCI) and the Business Performance (BP) of Fishery Processing Enterprises (FPEs)

in Vietnam. The authors approach the needs of managers to use cost information in

performing their functions of planning, business activities control, performance

evaluation, and business decision making. By quantitative research method, using

survey data from managers at FPEs, the authors examine the impact direction and

level of impact of UCI on the BP these enterprises. From there, the author proposes

solutions to improve the efficiency of using cost information for administrative

purposes, in order to improve BP of FPEs.

Keywords: Use of cost information, corporate governance, business performance, FPEs,

Vietnam.

"This article is the research result from the project code DT-2021-37 of Hong Duc University,

Vietnam"

INTRODUCTION

Vietnam is a strong exporter of fishery, and fishery products are present in 160 countries

around the world. Vietnam is currently the 1 st country in terms of pangasius market,

2 nd country for shrimp market; but for whole fishery products, this country is ranked 3rd, just

following China and Norway. The EU is also Vietnam's major fishery export market, with the

top import value. With the current development trend of Vietnam's fishery industry, the supply

of aquatic products can meet domestic demand and need to be exported to the world

market. The value of Vietnam's fishery export is increasing; by 2025 the total export value of

the whole fishery industry will reach about 13.473 million USD . In particular, shrimp product

is estimated for 63.0%; pangasius is estimated for 17.0%; tuna is estimated for 6.0%; and other

fishery is estimated for 5.0%. Table 1.1 shows the structure of Vietnam's exported fishery

products in the period of 2010-2015 and forecast until 2025.

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Dang, L. A., & Le, T. M. H. (2022). A Tudy of Impacts of the Use of Cost Information on Business Performance of Fishery Processing Enterprises in

Vietnam. Archives of Business Research, 10(02). 252-269.

URL: http://dx.doi.org/10.14738/abr.102.11848

Table 1.1: Structure of Vietnam's exported fishery products in the period of 2010-2015 and

forecast until 2025

(In Million USD)

(Source: Institute of Fishery Economics and Planning, 2016)

Regarding the structure of Vietnam's fishery export market by 2025, the US is still the leading

fishery import market of Vietnam, accounted for 18.33%; the next market is the EU (accounts

for 11.44%); Japan (accounts for 11.24%); China (accounts for 9.57%); Korea (accounted for

7.67%); ASEAN (accounts for 6.36%); Australia (accounts for 2.27%); and other markets

(accounts for 33.13%). ( See table 1.2 )

Table 1.2: Structure of Vietnam's exported fishery market in the period of 2010-2016 and

forecast to 2025

In million USD

(Source: Institute of Fishery Economy and Planning, 2016)

The EU-Vietnam Free Trade Agreement (EVFTA) was signed in 2019 to help Vietnam's fishery

industry have a competitive advantage over rivals such as Thailand, China, Indonesia, and

India. Right after EVFTA came into effect, 90% of the Taxes on aquatic products exported to the

EU will be reduced to 0% in 3-4 years (the current import tax rate on the EU is about

14%). However, after the application of the "Yellow Card" to Vietnamese fishery products

exported to the EU in October 2017, the value of fishery exports to the EU market was strongly

influenced. The receipt of the EU “Yellow Card” causes many negative effects directly affecting

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the export of fishery to EU countries. Vietnam Fishery Association of Exporters and Producers

(VASEP) said có by the end of June 2018: the total export to the EU Fishery was only US $ 584

million, ranked 4 thAmong the major consumer Markets. Vietnam's fishery followed the US

which reached 626 million USD, Japan reached 599 million USD and China reached 586 million

USD. Meanwhile, the expected supply of aquatic products in 2025 is only 181.76 million tons

(aquaculture is estimated for 49.11%; and fishing production is estimated for 50.89%).

In Vietnam as well as many countries around the world, the Covid-19 pandemic has had a strong

impact on production and business activities in general and industrial production in

particular. Most industries have had production shrinkage due to reduced consumer demand,

some can maintain stable production but in the long run may also be affected by general

difficulties. It is necessary for enterprises to innovate corporate governance, improve

production and business efficiency. To innovate corporate governance, improve production

and business efficiency in difficult financial conditions, businesses need to be aware of the role

of information systems, especially cost information, understand the impact of UCI on

BP. Currently, the UCI in FPEs in Vietname is only for pure purposes such as determining

business results, recording costs, and managing costs, but has not been declared yet. Optimize

the UCI for the performance of the administrator's functions, thereby maximizing production

and business efficiency. Therefore, it is neecessary to conduct a study of the impact of UCI on

the BP of FPEs in Vietnam, in order to assess the impact of the UCI on the BP, thereby providing

policy implications to improve the production and BP of these units.

LITERATURE REVIEW

Research directions related to the topic include: Research on cost information and the benefits

of cost information for management purposes; and research on the impact of UCI on BP.

The research direction on cost information and the benefits of cost information for corporate

governance purposes starting in 2009, IFAC has shown that a cost information system is a

system for measuring and reporting cost information for different users according to their

needs. In general, cost information is provided to two audiences: Those who need cost

information on financial statements and managers who need cost information for management

such as planning, allocating resources, controlling, evaluating, and making management

decisions. Kaplan (1988) argues that a cost information system is mainly designed to provide

information for the preparation of financial statements and to provide managers with accurate

and timely cost information, improve operation efficiency. IMA (2014) also believes that a cost

information system is a system of collecting and measuring costs to provide inventory

assessment and resource management decisions.

Research on the UCI in the world mainly focus on the functions of managers. Horgnren et al

(2012) showed the relationship between cost information and management functions of

planning, pricing decision making, operational control, performance evaluation and business

decision making. A typical example is the study of the application of Target Costing in Japan in

the automobile manufacturing industry. Gagne & Discenza (1993) argued that car companies

in Japan have discovered that targeted cost reduction has resulted in relative cost reductions

through detailed product planning and design towards the target price that the market

accepts. The use of target cost information also helps businesses get higher profits, thereby

increasing the satisfaction of stakeholders such as customers, suppliers, and

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Dang, L. A., & Le, T. M. H. (2022). A Tudy of Impacts of the Use of Cost Information on Business Performance of Fishery Processing Enterprises in

Vietnam. Archives of Business Research, 10(02). 252-269.

URL: http://dx.doi.org/10.14738/abr.102.11848

employees. Mustafa (2018) confirms the role of cost information in cutting costs of Jordanian

companies for the food industry. This author uses the method of standard deviation, showing

the importance of UCI for cost control and profitability goals. Mahesh Gupta (2013) with his

research on Activity-Based Costing (ABC), proposes the conceptual framework “Operations

Hexagon” to discuss the implications of Activity-Based management for planning decisions,

product design, quality control, inventory management, capacity management and personnel

management. The results show that activity-based cost information allows managers to

improve their quality of decision-making. Shril (2012) also argues that activity-based cost

information could measures BP and improves BP. Tobi et al. (2010) state the need for cost

information in estimating, pricing decisions, customer profitability analysis, rewards, do-it or

buy-in decisions. Nguyen Viet (1997) believes that the cost accounting system helps businesses

calculate costs and determine selling prices more accurately, thereby helping managers make

more effective decisions. Nguyen Xuan Hung (2003) believes that providing cost information

helps managers assess the responsibilities of individuals and related departments, the

importance of cost information in management, especially in cost control. Dam Bich Ha (2018)

evaluates the advantages and disadvantages of cost information in decision making to improve

the competitiveness of enterprises in Vietnam and proposes some solutions. Nguyen Xuan

Hung (2003) believes that cost information should be provided according to the difference

between actual costs and normative costs to assess the responsibilities of related individuals

and departments for better cost control. Huynh Loi (2009) argues that the allocation of indirect

costs is for cost control and pricing products and services; cost information needs to be linked

to management functions such as planning, control, evaluation and decision making.

In general, those studies show that the awareness of the importance of cost information will

help managers build a good cost information system and allocate resources in the business

effectively. The authors have quite similar views on the statistical approach to the role and

benefits of cost information to the corporate governance function of the managers, through the

situational method. Quantitative studies based on questionnaire survey results are designed on

a 5-point or 7-point Likert scale, using a single regression model to test the impact of UCI on

production and business.

For research on the relationship between the UCI and BP, many scientists have proposed that

UCI affects BP of organizations, the better the quality of cost information, the higher the

business efficiency. Typically, the research model of Laitinen (2014) analyzes the effect of

changes in cost information on the financial performance of 121 manufacturing enterprises in

Finland, showing the fluctuations of the selling price system and uncertainty has a strong

negative effect on changes in performance. Akpan (2019), Albalaki (2019) and Alawadi (2019)

also have a research results on the business environment that has a positive impact on business

performance in industries such as manufacturing, oil and gas, apparel; especially information

under operational costs, cost information obtained from the methods of modern management

accounting. Some studies mention the relationship between the UCI with BP as Ho My Hanh

(2013), Le Thi Hong (2016), Nguyen Phi Hung (2017), Dang Lan Anh (2019), costs information

have a strong impact on BP of enterprises in different sectors, they also emphasized the need

for cost information of in performing the managers’ function is high and it is a factor key. Hoang

Huy Cuong (2021) has a resreach on the factors that affect the UCI and the impact of cost

information to the operating results of businesses in Vietnam Southern Companies. The results

showed a positive relationship between the UCI and BP in the companies.

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In general, studies have discovered evidences that the UCI has a positive impact on BP on the

criteria of ROA, competitiveness, profitability, life cycle, and cost control. It was proven by the

previuous research results that the managers’ awareness of the importance

of cost information is extremely necessary. However, the studies mainly used case method and

descriptive statistics, not many quantitative studies. For FPEs in Vietnam, there has not been

any research on the UCI, as well as the impact of UCI on the operation results of the enterprises.

THEORETICAL BASIS

Cost and use of cost information for administrative purposes

IMA (2014) defines cost as a measure in money through the use of resources or outputs to

achieve a specific management purpose, or to produce a product to provide. IFAC (2009)

defines cost as the monetary value of resources used to produce a product, or perform an

activity or service to provide. The definitions all show that cost is the value of resources that a

business uses for a particular purpose; costs must be expressed in terms of money, when

performing a certain activity, project or job, how much money does it consume. In the process

of operating business activities, managers cannot lack cost information. The cost information

needs of managers are associated with management functions including planning functions,

control functions, performance evaluation functions, and decision making.

Use of cost information for planning

Planning is the first important stage of the business organization process of a enterprise,

including the following contents: Determining goals, making estimates, allocating resources in

the business, forecasting risks and analyze business opportunities. The need for cost

information of managers for planning has been covered by previous studies. Imoro Braimah et

al. (2010) assert that cost information plays an important role in cost estimation, profit

estimation, resource allocation, contributing to perfecting the planning process of service

enterprises, rural water supply and sanitation in Ghana. Radmila (2010) believes that

information helps managers predict risks and detect potentials. Andrijana Rogosic (2021) with

public sector practice in Croatia shows that cost information is most useful for resource

planning. Tani et al. (1994) argues that there is a clear market orientation for product

development using target cost information. Dekker & Smidt (2003) through descriptive

statistics have shown that the competitive environment and unpredictable events are affected

by the use of target cost information.

Use of cost information for control

To control business activities, cost information is the most necessary information for

managers. This is the main amount of information and accounts for a large proportion of the

costs incurred in order to promptly adjust and reorganize production and business activities to

suit newly arising conditions. The information to be provided includes information about costs,

prices, profitability of business plans, information about resource consumption in the unit in

cost centers. These cost information must clearly show the difference between the estimated

information and the performance information, the cause of the difference and to determine the

responsibilities of the people involved in the cost generation. Also from this information, the

administrator has a basis for the business plan in the next period. Radmila (2010) said that

managers need information about excess production capacity of operations, each workshop,

and each center in the company, from which to analyze cost fluctuations and causes to perform

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Dang, L. A., & Le, T. M. H. (2022). A Tudy of Impacts of the Use of Cost Information on Business Performance of Fishery Processing Enterprises in

Vietnam. Archives of Business Research, 10(02). 252-269.

URL: http://dx.doi.org/10.14738/abr.102.11848

control. effective control. Andrijana Rogosic (2021) shows that cost information positively

supports businesses when controlling for public services.

Use of cost information for operational assessment and decision making

The purpose of the business performance review is to ensure that the actual results realized

will be as planned. To perform inspection and control, the administrator conducts control at

the pre-operation, in-operation and post-operation stages. The cost information that needs to

be provided is the actual cost information incurred and the estimated cost. In addition, in order

to evaluate the performance of each business division, managers need to have cost information

and variable cost information of each business division, relative and absolute comparison with

other business segments as well as the whole enterprise.

Decision making is also a function of managers, is the selection of an option out of many offered

options, the most obvious decision-making function at the planning stage. The decision-making

process depends on the nature of each type of decision, the decision-making can take place

every minute, hourly, daily or monthly or yearly, depending on the management

requirements. Therefore, decision-making is carried out at all stages of the business process,

including product pricing and decision-making in some special cases. To do that, IFAC (2000)

indicates that managers need to have an understanding of the options being considered, and at

the same time, managers need to have qualifications, skills and methods of analyzing

information. Cost information is collected for decision making also. Gheorghe Lepadatu (2018)

confirms the importance of cost information in decision making. Mark Covaleski (2006)

provides empirical evidence on the value of cost information in product selling pricing, finding

the difference between full pricing and variable cost pricing; impact on resource allocation for

business activities. Peter Lane (2018) gives the same conclusion when testing at tourism

service businesses, concludes that cost information is useful for periodic price adjustments for

existing products. Mevellec & Bertrand (2005), based on ABC, activity management (ABM) was

focused on assessing which activities are effective or ineffective, and which activities need to

be cut off if unnecessary, improve product quality, increase response time to customer needs

and this management is the basis to help maintain the ABC system. Kaplan & Cooper (1998),

information about the profit and loss of each product, each customer can help managers in

adding or removing a certain product line.

Operational results

Neely et al. (1995) provides a measure of business performance, which can be a financial

measure expressed in profits, ROA, ROE, ROI, ... or a non-financial measure such as cost control

effectiveness, production efficiency, market share and customer satisfaction. Banker et al

(2000), Kaplan & Norton (1996) offer a more complex measure through the balanced

scorecard. Tippins and Sohi (2003) measure performance through: Return on investment,

Customer satisfaction, Customer retention, Development of new products, Firm growth,

Profitability, and Sales growth. In this study, the authors used the scale of Banker et al. (2008)

and Kaplan & Norton (1996). Through theoretical and experimental research, production

results are measured through the following aspects: new product development time, delivery

reliability, and customer responsiveness. Cost control results are measured through the

following aspects: direct material costs, direct labor costs, manufacturing overhead and non- manufacturing costs. Profit results are measured through the following aspects: market share,

profit margin on sales, asset turnover and return on assets.

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Impact of use of cost information on business performance

Laitinen (2014), Gagne & Discenza (1993) argue that the use of target information has reaped

great benefits, contributing to cost reduction for regions with high potential, thereby increasing

profit. Leahy (1998) concluded that using target cost information can cut costs, bring higher

profits, higher competitiveness, increase customer and employee satisfaction. Kekre &

Srinivasan (1990) have shown that expanding market share reduces direct and indirect costs,

with significant direct and indirect effects on ROI. Chongruksut (2002) believes that the cost

information from the ABC system helps enterprises increase competitiveness, increase profits,

and improve operations. Kennedy & Affleck-Graves (2001) have shown that using cost

information from ABC can increase firm value through better cost control and asset

utilization. Hoang Huy Cuong (2021) examines the relationship between the use of cost

information and the performance of enterprises in South of Vietnam. The results show a

positive relationship between the use of cost information and operational efficiency. Table 2.3

summarizes studies on how the use of cost information impacts business performance.

Table 2.3: Studies related to the use of cost information to improve operational efficiency

Research results Research

Methods The source

The UCI has the strongest impact on product pricing

systems, pricing decisions

Regression

analysis Laitinen (2014)

Full cost information helps to cut costs for segments and

departments with high potential, thereby increasing

profits

Situation Gagne & Discenza

(1993)

Full cost information supports cost cutting, resulting in

higher profits, higher competitiveness, increasing

customer and employee satisfaction, getting better

stakeholder relationships

Situation Leahy (1998)

The UCI improves decision making, analysis and control

of product profitability, better measures performance,

and improves those operations.

SEM analysis Kekre & Srinivasan

(1990)

If cost information is provided well, the business is more

likely to improve its financial and non-financial results. SEM analysis Chongruksut (2002)

The UCI contributes to increase competitive advantage

and get better financial results.

Regression

analysis

Kennedy & Affleck- Graves (2001)

The UCI improves production processes, customer

satisfaction, market share, and enhances financial

performance.

SEM analysis Hoang Huy Cuong

(2021)

(Source: Compiled by the authors)

RESEARCH MODEL AND HYPOTHESIS

In this study, the author evaluates the impact of the UCI on the BP of FPEs in Vietnam. Based on

the concepts and conceptual scales from previous studies and the actual conditions of FPEs in

Vietnam, the author selects 29 observed variables constituting 3 independent factors and 12

observed variables constituting 3 factors which measure 1 dependent factor.

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Dang, L. A., & Le, T. M. H. (2022). A Tudy of Impacts of the Use of Cost Information on Business Performance of Fishery Processing Enterprises in

Vietnam. Archives of Business Research, 10(02). 252-269.

URL: http://dx.doi.org/10.14738/abr.102.11848

Definition Variable

name

The scale The source

The UCI for

planning

UCI.PLAN1

Cost information is used to make

cost estimates, target costs

according to the given plan.

Imoro Braimah et al (2010),

Andrijana Rogosic (2021),

IFAC, 2000; Tani et

al. (1994)

UCI.PLAN2 Cost information is used to allocate

resources within the company.

Imoro Braimah et al (2010),

Andrijana Rogosic (2021),

IFAC, 2000;

UCI.PLAN3

Cost information used for

product/product

line/department/center profit

forecasting

Imoro Braimah et al (2010),

Andrijana Rogosic (2021),

IFAC, 2000; Tani et

al. (1994)

UCI.PLAN4

Cost information used for

forecasting: risks, opportunities,

threats, potentials.

Radmila (2010), Andrijana

Rogosic (2021), IFAC,

2000; Dekker & Smidt

(2003)

The UCI for

control

UCI.CON1

Using information about the

difference between actual costs and

norms/estimates for administrative

work.

Radmila (2010), Andrijana

Rogosic (2021), IFAC, 2000;

UCI.CON2

Using actual cost information of

objects: activities, products/product

lines, distribution channels,

customers, responsibility centers

Radmila (2010), Andrijana

Rogosic (2021), IFAC,

2000; Tani et al. (1994)

UCI.CON3

Using information of cost

fluctuations and causes for managers

to control.

Radmila (2010), IFAC, 2000;

UCI.CON4

Using cost information to improve

operations more efficiently in using

resources

Radmila (2010), IFAC, 2000;

UCI.CON5

Using information of excess

production capacity of the

company's

operations/facilities/centers

Radmila (2010), IFAC, 2000;

UCI.CON6

Using cost information to control

and cut costs of operations,

products/product

lines/departments/centers

Radmila (2010), IFAC, 2000;

The UCI for

assessment

and decision

making

UCI.DEC1

Using cost information to evaluate

product/product

line/department/center/employee

performance.

Radmila (2010), Mevellec &

Bertrand, 2005, Kaplan &

Cooper, 1998

UCI.DEC2 Using cost information to analyze

and evaluate customer profitability.

Radmila (2010), Mevellec &

Bertrand, 2005

UCI.DEC3

Using cost information to make

decisions on adding or removing

products, product lines, or divisions

within a company.

Gheorghe Lepadatu (2018),

Andrijana Rogosic (2021),

Kaplan & Cooper, 1998

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UCI.DEC4

Using cost information for managers

to make decision on CVP, resource

allocation, reward, self-produce or

buy, new technology investment.

Gheorghe Lepădatu (2018),

Mevellec & Bertrand, 2005

UCI.DEC5 Using cost information to determine

the selling price for a new product.

Gheorghe Lepadatu (2018),

Mark Covaleski (2006),

Peter Lane (2018)

UCI.DEC6

Using cost information for periodic

price adjustments for existing

products.

Gheorghe Lepadatu (2018),

Peter Lane (2018)

UCI.DEC7

Use cost information for pricing

decisions in special situations: bulk

orders, product mixes, excess

production capacity

Gheorghe Lepadatu (2018),

Kaplan & Cooper, 1998

Production

cycle

PC1 Fater new product development

time

Banker et al. (2008)

PC2 Faster product production time

PC3 Higher reliability in delivery

PC4 Higher satisfying customer needs of

product’s feature

Cost control

CC1 Savings in direct material costs is

increasing

CC2 Savings in direct labor costs is

increasing

CC3 Savings in the overall production

cost is increasing

CC4 Savings in out-of-production costs is

increasing.

Profit

PR1 Increased market share

PR2 Increased return on sales (ROS)

PR3 Increased asset turnover (TOA)

PR4 Increased return on assets (ROA)

Figure 4.1: Research model

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Dang, L. A., & Le, T. M. H. (2022). A Tudy of Impacts of the Use of Cost Information on Business Performance of Fishery Processing Enterprises in

Vietnam. Archives of Business Research, 10(02). 252-269.

URL: http://dx.doi.org/10.14738/abr.102.11848

Hypothesis:

Hypothesis H1: The use of cost information has a positive impact on the performance of

Vietnamese seafood processing enterprises.

RESEARCH METHODOLOGY

Research methodology was conducted through 2 steps: Qualitative research and quantitative

research.

Qualitative research was conducted with a sample of 20 managers at the FPEs to explore

Factors perceiving the UCI and examining the BP of FPEs in Vietnam. Qualitative research

results help the authors establish quantitative measurement tools.

Quantitative research was conducted through 2 phases.

In phase 1, the authors experimented on a small group to detect errors in the questionnaire.

In phase 2, the authors conducted a revised questionnaire.

The survey was conducted in December. According to the study of Hair et al. (1998), if the

sample size is around 100, the loading factor standard must be greater than 0.5. Bollen (1986)

proposed the ratio of 5 observations per estimated parameter in the multivariate analysis. In

the research, there are 34 variable observations, so the minimum sample size should be equal

to 34 * 5 = 170 samples. The study has a sample size of 450 managers of FPEs in Vietnam, which

can meet the requirements and be generalizable, representative of the total study; The total

number of valid questionnaires collected and processed was 380 questionnaires.

Hair et al. (1998) also recommends that study subjects were asked to answer questions on a 5-

level Likert scale (from 1 totally disagree to 5 totally agree). Questionnaires answered by

respondents were the main tool for collecting data. The author performs Exploratory Factor

Analysis (EFA), Confirmatory Factor Analysis (CFA), and Linear Structural Modeling (SEM)

using SPSS.20 software in combination with AMOS.20. Accreditation was done through the

following steps:

- Preliminary evaluation on the measurement scale and reliability of variables by Cronbach's

Alpha and Factor Loading by the Exploratory Factor Analysis (EFA).

- The CFA method was used to test critical models by examining univariate, multivariate,

convergent and discriminated values of concepts.

- From the CFA results, to construct and validate the fit of the research model through the SEM

model, to assess the impact of independent variables on the dependent variable.

- Measurement scale of research concepts: Including 29 observed variables (Corresponding

to 3 independent factor groups and 1 group of dependent factors)

- Sample survey statistics: The number of questionnaires sent was 450; 380 valid votes were

used for this analysis. The survey subjects were managers of all levels of the FPEs in Vietnam

RESEARCH RESULT

Descriptive Statistics

The study has a sample size of 450 managers, resulting in a total of 380 valid survey

questionnaires collected and processed. Demographic information of the observed sample is

presented in Table 6.1.

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Table 6.1: Description of demographic characteristics of the surveyed sample

Content Frequency Percent

Gender

Male 234 61,6

Female 146 38,4

Total 380 100

Age

25-35 years 184 48,5

35-50 years 120 31,5

Above 50 years 76 20

Total 380 100

Department

General management 103 27,1

Accounting - Finance 200 52,6

Other 77 20,2

Total 380 100

Education

Bachelor degree 93 24,5

Post graduate degree and other 287 75,5

Total 380 100

Company region

The North of Vietnam 74 14,2

The South of Vietnam 305 58,7

The Central of Vietnam 141 27,1

Total 520 100.0

Ownership

State-owned enterprises 91 17,5

Joint stock companies 159 30,64

Private enterprise 248 47,7

Joint venture enterprises 9 1,73

Enterprises with 100% foreign investment 13 2,5

Total 520 100.0

Types of fishery products

Frozen 381 73,3

Dry products 108 20,7

Canned food 17 3,26

Fish sauce 12 2,3

Shrimp chips 2 3,8

Total 520 100.0

(Source: The author's data analysis)

Scale reliability test results and exploratory factor analysis

The total number of valid questionnaires collected was 300 samples. The author used SPSS.20

software to process 29 variables, all variables have Corrected Item – Total Correlations bigger

than 0.3. The 29 variables were retained (17 independent variables and 12 dependent

variables).

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Dang, L. A., & Le, T. M. H. (2022). A Tudy of Impacts of the Use of Cost Information on Business Performance of Fishery Processing Enterprises in

Vietnam. Archives of Business Research, 10(02). 252-269.

URL: http://dx.doi.org/10.14738/abr.102.11848

Analysis of Exploratory Factor

According to Anderson and Gerbing (1988), Principal Axis Factoring was used with Promax

rotation and factor loading coefficients ≥ 0.5 to incorporate remaining variables into

Exploratory Factor Analysis (EFA) model for the purposes of scale validation. We have the

resultant KMO coefficient = 0,823> 0,5; Bartlett's Test statistics are 2896.008 with significance

level of 0,000 <0,05; Cumulative of Variance is 72.072% (>50%). This proves that the analytical

data is perfectly relevant. Thus, all factor loading coefficients are greater than 0,5; explained

variance is greater than 50%, the remaining 29 observed variables are grouped exactly as the

original scale.

Table 4.2: KMO and Bartlett's Test

Kaiser-Meyer-Olkin Measure of Sampling Adequacy. .823

Bartlett's Test of Sphericity

Approx. Chi-Square 2896.008

df 406

Sig. .000

(Source: The author's data analysis)

It is shown in the EFA results the following factors:

Factor 1: includes the observed variables UCI.DEC 1- UCI.DEC3 7 and is named “The UCI for

assessment and decision making” (UCI.DEC).

Factor 2: includes observed variables UCI.PLAN1-UCI.PLAN4 and is named “The UCI for

planning” (UCIPLAN).

Factor 3: includes observed variables UCI.CON1-UCI.CON6 and is named “The UCI for control”

(UCI.CON).

Factor 4: includes observed variables CC1-CC4 and is named “Cost control” (CC).

Factor 5: includes observed variables PC1-PC4 and is named “Production cycle” (PC).

Factor 6: includes observed variables PR1-PR4 and is named “Profit” (PR).

After EFA exploratory analysis, it can be seen that the model have no difference from the

research model, no observed variable is excluded from the study variables. There is no new

factor group as Table 4.3:

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Table 4.3: Exploratory Factor Analysis Matrix

Variables Factor

1 2 3 4 5 6

UCI.DEC7 0.693

UCI.DEC1 0.617

UCI.DEC5 0.606

UCI.DEC6 0.580

UCI.DEC4 0.572

UCI.DEC2 0.560

UCI.DEC3 0.445

UCI.PLAN2 0.839

UCI.PLAN1 0.813

UCI.PLAN3 0.601

UCI.PLAN4 0.471

UCI.CON4 0.697

UCI.CON2 0.564

UCI.CON5 0.524

UCI.CON1 0.496

UCI.CON3 0.426

UCI.CON6 0.371

CC3 0.844

CC4 0.686

CC2 0.568

CC1 0.355

PC2 0.797

PC1 0.625

PC4 0.452

PC3 0.325

PR3 0.647

PR2 0.579

PR1 0.531

PR4 0.321

(Source: The author's data analysis)

Analysis of Confirmatory Factor

The critical model of research concepts is shown in Figure 4.1. The critical model is a model of

established factors that are freely interrelated. CFI = 0.901, TLI = 0.978 are all greater than 0.9

(Bentler & Bonelt, 1980) and RMSEA = 0,045<0.8 (Steiger, 1990). The factor weights of each

observed variable are greater than 0.5, so the model can be considered convergent (Figure 4.1).

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Dang, L. A., & Le, T. M. H. (2022). A Tudy of Impacts of the Use of Cost Information on Business Performance of Fishery Processing Enterprises in

Vietnam. Archives of Business Research, 10(02). 252-269.

URL: http://dx.doi.org/10.14738/abr.102.11848

Figure 4.1: CFA analysis results for the critical model

(Source: The author's data analysis)

Results of the analysis showed that: Correlation coefficients were less than 1, covariance testing

and correlation between pairs of variables were statistically significant (p < 0.05 value, Table

4.4). This implies that the factors in the model can be distinguished

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Table 4.4: Computable Rreliability Coefficients and Variance of Factors in the Model

Factors Estimate S.E. C.R. P

BP <--- UCI 0,550 0,119 4,628 ***

UCI.DEC <--- UCI 1,000

UCI.PLAN <--- UCI 1,172 0,198 5,932 ***

UCI.CON <--- UCI 0,881 0,158 5,570 ***

UCI.CC <--- BP 1,000

UCI.PC <--- BP 1,323 0,244 5,419 ***

UCI.PR <--- BP 0,725 0,154 4,696 ***

UCI.DEC7 <--- UCI.DEC 1,000

UCI.DEC1 <--- UCI.DEC 1,126 0,134 8,421 ***

UCI.DEC5 <--- UCI.DEC 1,208 0,146 8,251 ***

UCI.DEC6 <--- UCI.DEC 1,269 0,146 8,664 ***

UCI.DEC4 <--- UCI.DEC 1,072 0,137 7,843 ***

UCI.DEC2 <--- UCI.DEC 1,028 0,129 7,959 ***

UCI.DEC3 <--- UCI.DEC 1,012 0,126 8,023 ***

UCI.PLAN2 <--- UCI.PLAN 1,000

UCI.PLAN1 <--- UCI.PLAN 0,993 0,077 12,874 ***

UCI.PLAN3 <--- UCI.PLAN 0,740 0,063 11,780 ***

UCI.PLAN4 <--- UCI.PLAN 0,734 0,066 11,049 ***

UCI.CON4 <--- UCI.CON 1,000

UCI.CON2 <--- UCI.CON 0,705 0,090 7,852 ***

UCI.CON5 <--- UCI.CON 0,734 0,101 7,269 ***

UCI.CON1 <--- UCI.CON 0,713 0,096 7,451 ***

UCI.CON3 <--- UCI.CON 0,679 0,092 7,409 ***

UCI.CON6 <--- UCI.CON 0,535 0,094 5,677 ***

CC3 <--- UCI.CC 1,000

CC4 <--- UCI.CC 0,939 0,085 11,074 ***

CC2 <--- UCI.CC 0,817 0,078 10,413 ***

CC1 <--- UCI.CC 0,556 0,083 6,720 ***

PC2 <--- UCI.PC 1,000

PC1 <--- UCI.PC 0,873 0,094 9,312 ***

PC4 <--- UCI.PC 0,766 0,095 8,069 ***

PC3 <--- UCI.PC 0,633 0,091 6,965 ***

PR3 <--- UCI.PR 1,000

PR2 <--- UCI.PR 1,003 0,137 7,303 ***

PR1 <--- UCI.PR 1,023 0,144 7,080 ***

PR4 <--- UCI.PR 0,784 0,130 6,053 ***

(Source: The author's data analysis)

Structural Equation Modeling (SEM)

The study uses the SEM to assess the relevance of the research model and test the relationships

in the initial model. The results of the SEM analysis of the model with df = 370, Chi-square =

675.228 with p-value = 0.000 <0.05, Chi-square/df = 1.825 <3, CFI = 0.985, TLI=0,970; RMSEA

= 0.47<0.8 should confirm that the pattern consistent with market data (Figure 4.2).

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Dang, L. A., & Le, T. M. H. (2022). A Tudy of Impacts of the Use of Cost Information on Business Performance of Fishery Processing Enterprises in

Vietnam. Archives of Business Research, 10(02). 252-269.

URL: http://dx.doi.org/10.14738/abr.102.11848

Figure 4.2: Standardized Structural Equation Modeling (SEM)

(Source: The author's data analysis)

The SEM result shows that the relationship between the Use of Cost Information (UCI) and

Business Performance (BP) is acceptable (p < 0.05).

Hypothesis H1 is accepted (value of p < 0.05), in which the Government and Stakeholders’

Pressure (PRESS) strongly affects the Environmental Management Accounting

Implementation (EMAI) of the FPEs in Vietnam. This result is also consistent with the actual

conditions of the companies.

Table 4.5: Coefficients of regression model SEM and test results of the model’s hypotheses

Factors Standard

Estimate S.E. C.R. P Note

EMAI <--- PRESS 0.656 0,119 4,628 *** Accepted

CONCLUSION

Results of the causal relationship between the components in the research model in Table 4.5

with p < 0.05 confirmed that the factor The use of cost information (UCI) have a causal

relationship with Business Performance (BP) of the FPEs in Vietnam.

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