Efficiency in the Shipping Industry


This paper is the first comprehensive investigation of the shipping industry’s efficiency in five countries from the ASEAN region: Malaysia, Singapore, the Philippines, Thailand, and Vietnam. Employing Data Envelopment Analysis and Stochastic Frontier Analysis, we compare efficiency dynamics of 45 international and offshore shipping providers engaged in fishing and ferrying. Our results indicate consistently diminishing efficiency from 2011 to 2017, a phenomenon that persists even in the traditionally efficient companies. Thereafter, we develop Altman Z-scores for the sampled companies and notice that despite rising inefficiency, most firms remain unencumbered by bankruptcy concerns, especially those with large capital buffers. In general, we observe a negative relationship between bankruptcy risk and efficiency. Furthermore, we notice that reducing inputs does not help boost efficiency.

JEL Codes: C14, G33, R4


Efficiency; Data envelopment analysis; Stochastic frontier analysis; Z-scores; Shipping companies.

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Ex-Post Effects of Circuit Breakers in an Emerging Financial Market

This blog post is a recap of the results from an investigation I carried out as part of my doctoral study on the ex-post effects of price limits in crisis and calm periods of Malaysian capital market. A full academic paper carrying details of the research’s results is forthcoming at Journal of Economies Studies (Volume 47, Issue 2). The paper is entitled Ex-post Effects of Circuit Breakers in Crisis and Calm Markets: Long Horizon Evidence from Wide-band Malaysian Price Limits. 


Genuine Progress Indicator vs. GDP Quantification of Economic Performance

As we know, Malaysia and South Korea, successful graduates of Asian Financial Crisis, employed different paths to recovery via Capital Control and IMF bail-out respectively. This paper tracks recovery trajectories of the two nations via orthodox and emergent growth indicators: GDP and GPI. We report unemployment, open-trade, fixed capital accumulation, and prior crisis to be influential determinants of both metrics, while credit and foreign exchange rate lack significance.
The 1997 Asian Financial Crisis serves as a pivotal point for measuring economic performances of most of its crisis-struck constituents. Within this literature, of particular import are Malaysia and South Korea—having applied dissimilar antidotes. The former adopted independent (capital controls) recovery plans, while Korea adopted the IMF treatment. Post-crisis, both nations are regarded as success stories, having achieved rapid growth, despite taking different routes, as measured by medium-term rates of GDP growth within a decade (Zumkehr & Andriesse, 2008).

The traditional yardstick of quantifying economic growth, GDP—along with its various derivatives like GNP and GNI, faces competition today from a number of alternative metrics. Economists and development experts of various disciplines, ranging as far back as 1960s, objected to multiple limitations of GDP as an economic performance measure. Most notably, sustainability advocates underscore GDP’s shortfalls as a general metric for well-being. These concerns have led to the experimentation and development of an eclectic array of indices for policy legislation from the 1970s onwards. Among them, Genuine Progress Indicator (GPI) has been demonstrating a rise in prominence as an alternative performance measure, particularly through reproduction at various regional and national levels as listed in Posner & Costanza (2011) and Bleys & Whitby (2015). Despite growing interest, quantification and adoption of GPI is very much in its infancy. Moreover, GPI figures are uncalculated for a great portion of world economies. For Malaysia and South Korea in particular, there are calls from academia and policy levels for development of GPI indices (Othman et al., 2014; Feeny et al., 2013).

GPI is best defined in its general framework based on the work of Talberth et al. (2007). As the metric’s parametrization is still a “work in progress,” a consensus on GPI’s definition is yet not reached. As such, countries applying the GPI measure broadly rely on the precedents set by other bodies and calibrate to suit its unique environment. Hence, a component of GPI for a country might not be the component for another country. Empirical attempts till date mostly use the same personal consumption data as GDP but make additions to account for the services from consumer durables, public infrastructure, volunteering, housework values, deductions to account for income inequality and costs of crime, environmental degradation, and loss of leisure. Its advocates claim that by incorporating the forestated variables this indicator better reflects sustainability performances of an economy.


In this paper, we construct GPI for South Korea and Malaysia from 1980 to 2014. Notwithstanding a few omissions in GPI components owing to data unavailability, we find GPI curves to be lower than their GDP counterparts. Our panel estimations reveal that external debt has a direct relationship to both GDP and GPI in the long term. However, capital controls are insignificant to both GDP and GPI measures. The results also suggest that unemployment rate, trade openness, fixed capital formation and history of previous crises are influential drivers of GDP and GPI. Credit and exchange rates, however, show inconsistent effects in GDP and GPI. Further explanation is by answering the three following questions.


Hashim, M., Sifat, I., & Mohamad, A. (2018) Tracking Genuine Economic Progress for IMF Debt or Capital Control: The Cases of Malaysia and South Korea. Economics & Business Letters, 7(4), Oviedo University Press.

(DOI will be updated later once assigned by the journal)

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Legal and Regulatory Development of Nuclear Energy in Bangladesh

The adequacy of legal and regulatory framework relating to nuclear energy in Bangladesh has sparked many questions since the government took the formal decision to establish a nuclear power plant (NPP) at Rooppur. Consequently, the government has taken some measures to make a comprehensive and robust framework to ensure safe and secure nuclear energy production in the country. Even though these initiatives are highly appreciable, there remain certain regulatory concerns which this paper has attempted to reflect. Therefore, the objective of this paper is to showcase the recent legal and regulatory development of Bangladesh in relation to nuclear energy and to recommend further developments. The study was based on secondary sources where a doctrinal research was carried out to solve particular research questions. The safety and security of the Rooppur Nuclear Power Plant will frankly rely on how the government of Bangladesh plans and learns to implement, design, safeguard, exchange and further develop nuclear energy related knowledge and talent around the country
The considerable levels of risks posed by nuclear energy to the health, safety, and well-being of the people involved in its processes and surrounding environments means that these risks warrant careful management [1]. Although the risks are substantial and widely acknowledged, this technology promises benefits to many fields, including medical science, electricity production, agriculture, etc. [2]. Legal philosophers have long argued that any human action that generates only risks and yields no positive gains merits a legal regime of prohibition. Regulation alone does not suffice. Therefore, a distinguishing idiosyncrasy of nuclear energy legislation comprises a dual concentration on its risks and advantages.
Furthermore, national legal hierarchy is necessary to recognize that legal norms for the regulation of nuclear energy fall under the ambit of the State’s broad legal infrastructure [3]. Thus, laws pertaining to nuclear energy and technology should carve out its place within this hierarchy as applicable in most States. Scholars have so far identified several levels within this hierarchy.
The legal structure and regulatory system regarding a nuclear power plant (NPP) in Bangladesh has raised many questions from the very beginning since the government took the decision to go for the nuclear energy production. However, the government has taken some measures to make a comprehensive and robust framework to ensure safe and secure nuclear energy production in the country. Even though these initiatives are highly appreciable, there remain certain regulatory concerns which this paper has attempted to reflect.
The objective of this paper is to showcase the recent legal and regulatory development in relation to nuclear energy in Bangladesh. This paper first discusses nuclear energy development in Bangladesh and then evaluates the nuclear energy regulations of the country. It is recommended that the government should take initiatives to adopt a comprehensive energy law with more noteworthy emphasis on sustainability. Bangladesh also needs such a comprehensive atomic energy law to strengthen nuclear safety and liability related provisions. Nuclear energy production cannot bring development if the government of Bangladesh cannot possess solid State inclusion in managing monetary advancement, centralization of national energy planning, efforts to connect innovative advance to a national rejuvenation, impact of technocratic philosophy on approach choices, subordination of difficulties to political hegemony, and the paltry scale of civic activism in the country [4]. In sum, it is high time for Bangladesh to take all necessary steps that may assure a safe, sustainable and efficient nuclear energy production.
Energy in Bangladesh
Nuclear energy has emerged as an issue of global and local importance, propelled in large part by increased costs of fossil fuels, rising energy needs, concerns over inefficiencies in the energy mix, security of energy supply, climate change, its cleanness as less carbon polluting than fossil fuels, raw material availability, technicians and scientists’ interests, etc. [5]. Nuclear power supplies a large amount of the world’s electricity needs [6]. The efficiency of nuclear power is well-documented. For example, 1 kg of U-235 has been shown to be able to produce more than 24 million kWh worth of electricity [7]. By comparison, a wholly combustive or fission-based process yields 8 kWh worth of heat via conversion from 1 kg of coal. The same amount of mineral oil conversion results in 12 kWh [8].
At the start of 2011, before Fukushima, there were 441 NPPs in operation in 30 countries [9]. In 2016, 13 countries generated more than 30% of their total electricity from nuclear: France generated 77.7% of its electricity from nuclear power; Slovakia, 54%; Belgium, 54%; Ukraine, 47.2%; Hungary, 43.3%; Slovenia, 41.7%; Switzerland, 40.9%; Sweden, 39.6%; South Korea, 34.6%; Armenia, 33.2%; Czech Republic, 33.0%; Bulgaria, 32.6%; and Finland, 31.6% [10,11].
Figure 1, Figure 2 and Figure 3 demonstrate an overview of worldwide energy production capacity, nuclear capacity, and distribution of energy sources respectively. In particular, in Figure 1, bigger bubble sizes indicate more nuclear reactors available, while darker colors indicate higher proportion of energy being generated through nuclear sources; Figure 2 indicates domestic share of nuclear power generation for nuclear reactor rich countries; Figure 3 explains the worldwide energy source distribution which displays the contribution of fission technology in the modern world.
In light of the discussed challenges, various resource-rich heavyweight countries have realigned their existing plans pertaining to expansion of atomic power plants [13]. Examples of such countries include India, Kingdom of Saudi Arabia (KSA), the United Arab Emirates (UAE), South Africa, China, Vietnam, the United Kingdom (UK), and the United States of America (USA) [10]. Bangladesh is no exception. The steady upward trend in global prices in fossil fuels, crude oil, and coal [14], and overall dearth of natural gas reserves indicate that, for the foreseeable future, Bangladesh will face pressures in meeting its energy demands, and this pressure will sustain. The environmental impact [15] of this phenomenon should not be discounted either. Under these circumstances, nuclear energy is an attractive strategic option for the Bangladeshi government. This is reflected in the government’s decision to construct NPPs to stimulate the ongoing economic growth and meet consumer and industry demands. Thus, Bangladesh has undertaken serious initiatives to commence NPPs to mitigate the ever-surging power demands in one of the sprinting economies in the world.
While Bangladesh has been known worldwide as an agriculture-based economy that frequently combats natural disasters, Bangladesh has undergone significant industrialization in the past two decades. The proportion of heavy industries’ contribution to the gross domestic product (GDP) bears the testimony in this regard. Thus, it is hardly surprising that Bangladesh’s policy makers have connected the increase of power generation to the rise of gross domestic product (GDP) growth [16]. The greatest rational behind the nuclear power production is the prospect of minuscule input producing a great deal of power. The first batch of these projects, Rooppur (located in Pabna district) [17], is a joint collaborative effort with Russia’s State based Nuclear Energy Corporation (ROSATOM).
In May 2010, an intergovernmental understanding was marked with Russia, giving a lawful premise to atomic participation in territories, for example, siting, outline, development and operation of energy and research in atomic reactors, water desalination plants, and basic molecule enrichment agents [17]. Thus, the journey to produce the nuclear power energy has already begun. However, despite enthusiasm at the State’s administrative level, some oppositions exist in implementation of NPPs, especially in the form of negative perception and attitude held by certain quarters of the population and intellectual stakeholder community. Therefore, it is the right time for the government of Bangladesh to take initiatives to deal with the challenges for the safe and secured production of nuclear energy. It is imperative that without a strong nuclear safety regulatory framework, it would not be possible for Bangladesh to ensure safe nuclear energy production.
As with most ventures, Bangladesh’s foray into the nuclear energy realm is a double-edged sword [18]. Although Bangladesh has a lot to gain from this pursuit, the challenges need equally careful considerations, particularly given the high stakes for a developing and high-density country such as Bangladesh. Nuclear energy surely can be a prospective medium of energy source to meet the massive energy demand in Bangladesh, however, for that, the government of Bangladesh must equip themselves with all the necessary tools before going to harness the benefit of such technology.
Nuclear energy is considered to be the most dangerous process in the production of energy [19] and that how a developing and densely populated country such as Bangladesh takes the initiatives to address the challenges regarding the NPP should be revealed. The most important question is whether Bangladesh can survive any NPP disaster such as the Chernobyl disaster (occurred in the former Soviet Union, now in Ukraine) and the very recent Fukushima (Japan) disaster, when Bangladesh is already vulnerable to natural calamities.
Japan took immediate action after the occurrence of the Fukushima disaster, thus the human losses from the Fukushima nuclear accident itself could have been practically avoided. However, the economic consequences and socio-political impact of the disaster seriously affected the public attitude towards nuclear power and are expected to pertain for quite some time in the future [19].
One of the basic purposes of present fervor for Bangladesh will be the planning and availability of qualified staff to meet the staggering necessities of the procedure and broadening program. Regardless, the path chosen to develop qualified human resources and personnel needs to consolidate each of the issues that impact human resource training; for instance, activity, organization structures, working society, atomic data organization, and individual perspectives [14]. In particular, for Bangladesh, it is rudimentary that a productive nuclear power program requires an extensive system. Hence, this paper completely breaks down the atomic foundations, offices, research affiliations, authoritative offices, and government divisions in Bangladesh and assesses whether such bodies have nuclear aptitudes and informational capacity to ensure that nuclear projects are ready in a safe and secure manner. There is no denying that constructing a solid backbone and enhancing a nuclear regulatory system is imperative to avert any NPP disaster [20]. Instead of operating a single, comparatively miniature NPP to achieve the know-how and expertise, concurrently Bangladesh is moving toward two high output (1200 MWe and 3000 MWth) plants, and, according to experts, the government aims to spend enormous costs on them [21].
Regarding the economic and safety viability of the recommended NPP at Rooppur, not only academics, engineers, doctors, surgeons, scientists and other experts from Bangladesh but also many foreign nationals and dignitaries, are anxious about the setup.
In Bangladesh, where the conventionally placed coal-based or gas power plants are tumbling down frequently, mostly due to incorrect installation and lack of decent maintenance, the question certainly arises: How secure would a sophisticated NPP be? Gas disasters, naturally, pale in comparison with nuclear disaster in terms of damage and risk to public safety. There exist serious concerns and, therefore, a study about the introduction of nuclear energy in Bangladesh from a legal point of view should be conducted.
A disaster such as Fukushima provides a chance to reconsider [22], venture back, factor in, and evaluate all the more extensively where, as a group and as a general public, we stand [23]. Industrialized nations such as Japan and the USA could react promptly after the nuclear debacle [24]. Is there any guarantee that a developing nation such as Bangladesh with scant resources can replicate their success of recovery? There is no reason to believe Bangladesh can achieve that, given its present scenario and infrastructure. It is important to understand that we welcome any new technologies that come forward; however, such technology must be equipped with proper tools for safe and secure generation and production.
The commitment of Bangladeshi government toward ensuring the concerns related to safety of atomic power plant and power generation as a whole cannot be doubted [16]. Other than the liability issues, the government of Bangladesh has been trying to come up with a solid legal structure. There remain certain loopholes in that structure. However, the government’s genuine intention to provide the best regulatory structure must be appreciated.
Energy Regulation in Bangladesh
The first step in regulating nuclear energy in any State includes assessing the present and future anticipated programs and plans concerning atomic techniques and materials [25]. This is regardless of whether the country is adopting a brand new framework for a legislation, revising an existing one, or simply updating one or more aspects of its legislation [26].
Scholars have identified several levels within the hierarchy of a nation which is going to build new nuclear power plants. The first, ordinarily held as the constitutional level, sets the primary legal and institutional framework to govern all relationships in the State [27]. The statutory level is directly underneath the constitutional level, at which particular laws are passed by a parliament to place other imminent bodies and to foster the rules connecting to the wide range of activities concerning national interests [2].
The third level includes very comprehensive regulations that are usually quite technical to regulate or control activities stipulated by the legal instruments [2]. By reason of their distinctive character, the expert bodies (comprising bodies nominated as regulatory authorizations) usually state these rules. In addition, these bodies are authorized to look after specific domains subjected to national interest and promulgated through the national legal framework.
A fourth level comes with non-mandatory guidance instruments containing instructions meant to serve organizations and persons to meet the legal specifications [25]. Based on which kind of nuclear ventures a nation chooses to sanction, the optimal use of the nuclear technology may require the employment of a wide array of laws initially associating with other subjects (for instance, industrial safety, environmental protection, mining, transport, administrative procedure, land use planning, electricity rate regulation and government ethics).
Usually, the discrepancies from the general structure of national legislation ought to be accepted only where the distinctive characteristic of an activity justifies the special treatment. Consequently, up to the degree that an activity deals with nuclear is modestly incorporated in other laws, it should not be necessary to issue new laws. Nevertheless, from the initial stage of its advancement, to make sure the proper management, nuclear energy has always been acknowledged to use special legal design. Bangladesh, thus far, has followed these levels to incorporate new regulatory structure particularly for fission technology. However, there are still some gaps, which need to be addressed soon to make a comprehensive nuclear regulatory regime. This paper attempts to find such gaps and recommend the Government of Bangladesh to take necessary regulatory steps to ensure the safe and secure nuclear energy production.
In the case of Bangladesh, the agency appointed to deal with assessment of safety and security of nuclear energy is Bangladesh Atomic Energy Commission (BAEC) [28]. This is a scientific research organization. Established in 1973, two years after the liberation war, its primary goal is promotion of using nuclear energy for peaceful purposes and to maximize citizens’ export.
BAEC, subjected to the presidential order of 1973, enjoys the role of sole beneficiary owner of the NPP and thus is entrusted with our atomic regulation related aspects. Meanwhile, Bangladesh Nuclear Power Action Plan (BANPAP) (2000) and Bangladesh Atomic Energy Regulatory Authority (BAERA) operate under the auspices of existing Nuclear Safety and Radiation Control (NSRC) Acts (1993 and 1997), and Bangladesh Atomic Energy Authority (BAEA) Act (2012) [29].
The International Atomic Energy Authority (IAEA) safety standards, established under the prevailing domestic legislation frameworks, requires the organizations interested with operation of NPPs to liaise with an independent regulatory body [24]. This law empowers the BAERA with the ability to a apprise safety and security related to atomic plants, protecting the personnel from radiation, authorization, transporting and managing waste materials, assessing and shielding raw material and liabilities for transportation, and overall operation of nuclear facilities throughout the country.
Regardless of which regulatory agency is vested with carrying out assessment criteria, be it from the government, a committee from the legislation body, or an independent expert panel, the actions of that regulatory agency should not constrict itself to the confines of present and expected programs in the immediate future [30]. Instead, they should be versatile enough to contemplate and design programs which could surface and a somewhat more distant future keeping in mind the fluid and swiftly changing patterns of the global economy. As such, we argue that designing advance legislative guidance pertaining to operational parameters of atomic energy related actions and its concomitant regulations is a superior proactive strategy compared to the present patterns of reactive policies, even if that means that the present guidance is hastily drafted and requires revisions in the future. This is far better than abandoning guidance and leaving operations without any regulatory oversight. Previous precedents from nuclear disasters have shown that nuclear activities, even if carried out in good faith, run the risk of environmental, safety, health, security, and economic pitfalls.
Along these lines, the Bangladeshi government has viably figured out how to develop the definitive structure to erect a sustainable and responsible framework for NPP in general and to create, commission and work the country’s first nuclear power plant: the Rooppur Nuclear Power Plant. In line with this commitment, the BAER Act has quite recently been maintained with robust commitment from national specialists, IAEA and furthermore a well-reputed vendor country to set up an independent managerial body, the BAERA, to execute administrative obligations without undue obstacle from the bodies responsible for making, progressing or operational assignments of nuclear foundations [30].

3.1. Assessment of Laws and the Regulatory Framework

Generally speaking, new atomic legislation should incorporate a complete appraisal of the status of all things considered and administrative courses of action significant to atomic energy [2]. This undertaking may not be a direct one. In most national legislation frameworks, numerous arrangements not particularly coordinated towards atomic related activities can have a considerable effect on how such activities are directed. Notwithstanding broad environment laws, enactment concerning financial issues (e.g. tax collection, liabilities, administrative charges, financial punishments and the setting of energy and utilities rates), workers’ wellbeing and security, criminal enforcement, planning of land uses, worldwide customs and trade, scientific research, and many other related disciplines, may encroach on endeavors pertaining to atomic related activities [31].
Bangladesh has repeatedly demonstrated her commitment and responsibility to anchor and advance human rights. Common and political rights are seen in the constitution as real rights. Article 11 of the Bangladesh Constitution communicates that the Republic will be a prominent government in which significant human rights and openings and respect for the pride and worth of the human individual will be ensured [32]. Indeed, even money related, social and social rights are recognized and regarded by the Constitution of Bangladesh. The constitution arranges that it will be a key obligation of the State to achieve, through arranged financial development, a steady addition in helpful forces and an unwavering change in the material and social lifestyle of the overall public with a view to anchoring to its nationals the arrangements of the key necessities to life, including sustenance, protection, shelter, clothing needs, education and instruction, and human services [33].
Along these lines, energy is inseparably associated with other basic human rights and in most of the cases a precondition to fulfill substitute rights. Reports such as the American Convention on Human Rights, the African Charter of Human and People’s Rights, the Johannesburg Declaration on Sustainable Development, the UN Declaration on the Right to Development, the Stockholm Declaration on the Human Environment and others give state change and affirmation of various human rights through comprehensive access to energy.
Bangladesh is a nation host to countless conventions and in this manner is bound to fulfill each of the responsibilities constrained by them. Both the Fundamental Principles of State Policy and the Fundamental Rights’ parts of the Constitution of Bangladesh contain courses of action, which are overwhelmingly dependent on comprehensive and feasible access to energy. Article 15 of the constitution includes different rights major for the affirmation of the benefit to an adequate lifestyle, including access to agreeable sustenance, clothing, survival, and to the persistent change in living conditions. These rights are interrelated with the basic access to energy. That very article similarly empowers commitment on the State to ensure respectable work condition, which is unavoidable with genuine access to energy. In addition, Article 16 is based on common and country progression, while ceaseless access to energy is considered the best and most critical instrument to get positive changes in this domain.
The provision in Constitution of Bangladesh additionally ensures work with reasonable wage, right to standardized savings, and personal satisfaction. The established arrangements are made to ensure, advance and regard financial improvement as a constituent of human rights in Bangladesh. Be that as it may, the current context is prejudicial as half of rural populace has no access to power. Despite what might be expected, as indicated by the United Nation’s Least Developed Countries (LDC) Report 2017, 84% urban citizens get power but the rate is as yet unsuitable contrasted with the world average [34].
In any case, the next few articles of Bangladesh Constitution again stress citizen’s rights to education, well-being and environmental security and conservation, which are not in the slightest degree achievable by the State if access to energy facilities is not ensured. Moreover, Article 31 ascribes the right to life as a major right, which doubtlessly incorporates right to employment. Nonetheless, right to life revered in Bangladesh Constitution fails to translate as right to breathe and live as a mere animal. Instead, it imputes great importance on life incorporating right to live with dignity, respect, and comfort, as attested by the Judiciary in Ain O Salish Kendra vs Bangladesh, 1999 BLD 488 case [35].
In this manner, the privilege to have access to power can be translated as a sacred commitment of the State and enforceable by the court. Moreover, it is a protected commitment for the government of Bangladesh not exclusively to give sufficient quantity of energy to its citizens, but also to ensure the safe and secure production of the energy.
Along these lines, there is no extent of circumventing this duty by claiming falsely that there is no particular law on citizens’ rights to gain access to energy. Instead, if the full notion of the Bangladesh Constitution is considered, it becomes clear that the goal of the constitution is to slowly improve the standard of livelihood for the peoples of this Republic. To reiterate, the State component should look into the matter of all-inclusive access to current energy from a human right point of view to make it more comprehensive.
Moreover, it is additionally required to proceed with the issue with cautious and sincere insight for the improvement of the country and its long-term sustainable growth. From an economic point of view, considering the scarcity of resources, we should make present day energy authorities accessible in view of equality and non-segregation to the entire populace including those who are left behind by the society; the most underprivileged.
To understand the legal procedure relating to any aspect of a nation, it is very important to look into the country’s regulatory structure and hierarchy. Therefore, Figure 4 shows the structure and hierarchy of the laws in Bangladesh to construct a comprehensive regulatory idea about the nuclear energy for the country.
In the context of Bangladesh, an exigent issue in need of swift remedy is the preparation and accessibility of qualified personnel to stay on par with the overwhelming demands of the proceeding and extending program. At any rate, human resource development models should factor in all issues relevant to human execution, for instance, administration frameworks, initiative, planning, working society, administration of nuclear information, and individual states of mind. The Bangladeshi case is more interesting because for the citizens here it is immediately necessary that a productive nuclear power program to generate a comprehensive framework. Therefore, this paper engages in in-depth analysis of nuclear facilities and their establishment, and examines their associations, interrelationships, governmental hierarchies, etc. Moreover, the paper appraises if the vested authorities possess the requisite nuclear-related skill-set and instructional capacity to operate suitable nuclear preparation programs.

MDPI and ACS Style

Karim, R.; Muhammad-Sukki, F.; Karim, M.E.; Munir, A.B.; Sifat, I.M.; Abu-Bakar, S.H.; Bani, N.A.; Muhtazaruddin, M.N. Legal and Regulatory Development of Nuclear Energy in Bangladesh. Energies 2018, 11, 2847.

AMA Style

Karim R, Muhammad-Sukki F, Karim ME, Munir AB, Sifat IM, Abu-Bakar SH, Bani NA, Muhtazaruddin MN. Legal and Regulatory Development of Nuclear Energy in Bangladesh. Energies. 2018; 11(10):2847.

Chicago/Turabian Style

Karim, Ridoan; Muhammad-Sukki, Firdaus; Karim, Mohammad E.; Munir, Abu B.; Sifat, Imtiaz M.; Abu-Bakar, Siti H.; Bani, Nurul A.; Muhtazaruddin, Mohd N. 2018. “Legal and Regulatory Development of Nuclear Energy in Bangladesh.” Energies 11, no. 10: 2847.

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