Agriculture-based development

As in most low-income countries, the majority of the poor population in Viet Nam is found in rural areas, where agriculture provides the primary means of livelihood. It has been argued that an agriculture-based development (ABD) strategy is more appropriate for Viet Nam at the present time than both import-substitution and export-led industrialization, considering its effectiveness in generating income opportunities, directly and indirectly, for the rural population. Under the ABD strategy, increased public resources allocated to agriculture and the rural sector would lead to rising agricultural productivity and rural income that in turn would create a strong demand for increased nonagricultural production in the local economy, especially of labor-intensive industrial goods and services. It is in effect a decentralized, employment-generating industrialization strategy that can lead to favorable outcomes in overall income growth and distribution. The Central Region in Viet Nam is the least developed among the three macro-regions, the rapid economic expansion during the 1990s having been concentrated in the southern and northern areas. Because Central Viet Nam is even more heavily agricultural than the rest of the country, the argument for adopting an ABD strategy would seem to apply with greater force. In this paper we make use of SAM (social accounting matrix)multiplier analysis in examining quantitatively the comparative economy-wide repercussions of exogenous income increases in agriculture (such as that arising from productivity growth) in Central Viet Nam, paying particular attention to the effects on overall income growth and equity. The equity impact is evaluated in terms of the induced relative changes on the incomes of four households groups distinguished in the study. Some policy implications of the results are discussed, emphasizing the role of macroeconomic policies in helping promote equitable growth in Central Viet Nam.Industrialization Viet Nam. ,Macroeconomics Viet Nam. ,Income Viet Nam. ,Rural population. ,Production economics ,TMD ,

Hitting the Brakes on Child Trafficking: An Analysis of Anti-Trafficking Legislation in Viet Nam

Viet Nam is considered a country of origin for child sex trafficking, especially to Thailand, Cambodia, and China, all significant destinations for child sex tourism, a form of prostitution. Despite existing laws and policies in Viet Nam and elsewhere in Southeast Asia, child trafficking operations in the region have flourished. Viet Nam has been characterized as a country whose “[g]overnment . . . does not fully meet the [Trafficking Victims Protection Act’s] minimum standards for the elimination of trafficking but is making significant efforts to do so.” Viet Nam has demonstrated its commitment to preventing human trafficking, both within and without its borders. It has done so by amending its laws, ratifying international treaties, and cooperating with regional anti-trafficking initiatives. However, the government of Viet Nam should undertake additional legislative reforms to fully comply with all applicable international human rights standards and anti-trafficking initiatives. This Article seeks to examine Viet Nam’s trafficking problem both within the context of Viet Nam’s child sex trafficking patterns and Viet Nam’s cultural, economic, and political environment. The Introduction reviews the current problem and describes child trafficking in Viet Nam. The first part examines the Vietnamese government’s effort to prevent, protect, and prosecute against child traffickers. It will concentrate on the implementation of national laws as mandated by international law and the likelihood of success of criminal prosecution in Viet Nam. The second part will focus on the impact of international efforts to rescue, rehabilitate, and reintegrate exploited children. The third part examines the impact of U.S. influence on the evolution of sex trafficking of children within Viet Nam. The last part discusses recommendations to combat child trafficking in Viet Nam. This abstract has been adapted from the author\u27s introduction

The DKAP Project The Country Report of Vietnam

Viet Nam is at the beginning of the Fourth Industrial Revolution. In order to grasp the opportunities that the revolution has brought about, and to successfully build the society of digital citizens, there must be the demand of enhancing the capacity and capability for students to meet international standards in terms of Information and Communications Technology (ICT) skills. Viet Nam was selected as one of the four countries (Viet Nam, Bangladesh, Fiji, and the Republic of Korea) to join UNESCO Bangkok’s “Digital Kids Asia Pacific (DKAP)” project, a comparative cross-national study with the aim to seek the understanding and address children’s ICT practices, attitudes, behaviors, and competency levels within an educational context. Thanks to the project, the Vietnamese research team completely conducted the survey in twenty (20) schools from five (5) provinces in Viet Nam. With the data on the digital citizenship competency levels of 1,061 10th grade students, the research team discovered the valuable findings to draw an initial big picture for Vietnamese policy makers, educators, and teachers about digital citizenship competencies of 15-year-old Vietnamese students

Intermittency in two-dimensional Ekman-Navier-Stokes turbulence

We study the statistics of the vorticity field in two-dimensional Navier-Stokes turbulence with a linear Ekman friction. We show that the small-scale vorticity fluctuations are intermittent, as conjectured by Nam et al. [Phys. Rev. Lett. vol.84 (2000) 5134]. The small-scale statistics of vorticity fluctuations coincides with the one of a passive scalar with finite lifetime transported by the velocity field itself.Comment: 4 pages, 7 figure

A pairwise maximum entropy model describes energy landscape for spiral wave dynamics of cardiac fibrillation

Heart is an electrically-connected network. Spiral wave dynamics of cardiac fibrillation shows chaotic and disintegrated patterns while sinus rhythm shows synchronized excitation patterns. To determine functional interactions between cardiomyocytes during complex fibrillation states, we applied a pairwise maximum entropy model (MEM) to the sequential electrical activity maps acquired from the 2D computational simulation of human atrial fibrillation. Then, we constructed energy landscape and estimated hierarchical structure among the different local minima (attractors) to explain the dynamic properties of cardiac fibrillation. Four types of the wave dynamics were considered: sinus rhythm; single stable rotor; single rotor with wavebreak; and multiple wavelet. The MEM could describe all types of wave dynamics (both accuracy and reliability>0.9) except the multiple random wavelet. Both of the sinus rhythm and the single stable rotor showed relatively high pairwise interaction coefficients among the cardiomyocytes. Also, the local energy minima had relatively large basins and high energy barrier, showing stable attractor properties. However, in the single rotor with wavebreak, there were relatively low pairwise interaction coefficients and a similar number of the local minima separated by a relatively low energy barrier compared with the single stable rotor case. The energy landscape of the multiple wavelet consisted of a large number of the local minima separated by a relatively low energy barrier, showing unstable dynamics. These results indicate that the MEM provides information about local and global coherence among the cardiomyocytes beyond the simple structural connectivity. Energy landscape analysis can explain stability and transitional properties of complex dynamics of cardiac fibrillation, which might be determined by the presence of 'driver' such as sinus node or rotor.Comment: Presented at the 62nd Biophysical Society Annual Meeting, San Francisco, California, 201