SANCTIONS AND THE TARGETING OF A POPULATION: THE CONTINUATION OF THE KOREAN WAR BY OTHER MEANS AND ITS IMPACT ON ORDINARY NORTH KOREANS
2018, Imperial Military Watch, a leading provider of reliable and insightful analysis into military affairs across the world
…
10 pages
Sign up for access to the world's latest research
Abstract
The author, a former investor at legitimate North Korean enterprises, examines how sanctions (a ban of 90% of North Korea’s exports and the ensuing inability to import necessary equipment and material for its import-dependent industries and agriculture, among other coercive measures) are going to wreak havoc on the North Korean economy and how it will impact ordinary North Koreans’ lives.






Related papers
The Washington Quarterly, 2016
Since at least the early 1990s, there have been regular predictions of North Korea's imminent collapse-so much so that a degree of wishful thinking or "collapsism" has even characterized the debate. 2 Yet, the state has managed to survive, despite its corrupt deity-cult leadership, devastating famines, a largely failed economy, and an increasingly stringent international sanctions regime. In fact, North Korea's regime has not only survived, but also succeeded in resisting international pressures aimed at rolling back its nuclear program. After decades of nuclear development, Pyongyang carried out tests in 2006, 2009, 2013, and in January and September 2016. Since the country already possesses a nascent nuclear capability which can hit most of Japan and South Korea, fears are increasing that it may turn its belligerent rhetoric-e.g. repeatedly threatening to turn Seoul into "a sea of fire" 3-into action. 4 This development could further destabilize East Asia and enhance the risk of uncontrolled proliferation in and beyond the region.
2025
This study examined the impacts of U.S. economic sanctions on North Korea's nuclear program, ballistic missile development, and humanitarian situation, with attention to regional power dynamics involving China, Japan, and South Korea. The major aim of the United States' sanctions access to restrict North Korea's international trade, finance, and technology to deter nuclear and ballistic missile development. However, unilateral restrictions have deepened the nation's economic isolation and dependence on China, complicating regional conditions. The Qualitative, descriptive, evolutionary, and case study methodology was used for the in-depth analysis of the DPRK. Sanctions do not limit the nuclear ambitions, but the state's dependence on China has increased. DPRK faces a humanitarian crisis; 60% of the population is absolutely poor. Regional tensions have intensified, affecting Japan and South Korea's security environment. Adoption of multilateral engagement, conditional economic incentives, and humanitarian exemptions is recommended to reduce suffering while encouraging diplomatic resolution.
2010
On 12 October 2008, as a successful result of Six-Party Talks, the US government removed North Korea from its list of terrorism-sponsoring states, which had been one of the main reasons for economic sanctions against North Korea. Although it could not be viewed as an imminent and irreversible decision, the softening of the Bush administration's position represents a major change in distrustful interactions between the two countries. What made the Bush administration change its policy course against North Korea, which had continued for a quite long time? Regarding the real effectiveness of sanctions against North Korea, this study seeks to focus on the changing perspectives on economic sanctions in US–DPRK relations and the changing strategy of the Bush administration toward North Korea. Eventually the Bush administration did not give up its basic attitudes on the economic sanctions against North Korea, but redesigned its existing unilateral economic sanctions to build multilater...
World Journal of Advanced Research and Reviews
More than five United States administrations have employed unilateral and multilateral sanctions on North Korea; the same tool of coercion exerted on Iran, yet all efforts to record a successful nuclear deal with North Korea has proved abortive till date. This article seeks to address a key question: How do United States sanctions influence the behavior of North Korea towards nuclear disarmament? The aim is to analyze sanctions effectiveness with particular reference to the role of the United States in the denuclearization of the Korean peninsula. The theory adopted was political realism, which argues that power and coercion are major instruments for achieving state’s national interests. This article relied on secondary data which were analyzed through content analysis. The finding of the article suggests that United States sanctions have limited impact on the behavior of North Korea as the Supreme leader of North Korea continues with the aggressive behavior of six nuclear testing b...
Journal of Geophysical Research: Atmospheres, 2020
The effects of water and temperature on the triboelectrification of granular materials have been reported by numerous authors, but have not been studied robustly in the context of volcanic plumes. Here, we present the results of a set of experiments designed to elucidate how environmental conditions modulate the triboelectric characteristics of volcanic ash in the upper region of the convective column. We find that small amounts of water can reduce the charge collected by submillimeter‐sized ash grains by up to an order of magnitude. Increasing temperature at a constant relative humidity also appears to decrease the amount of charge gained by particles. Analysis of our data shows that if particles undergo low‐energy, low‐frequency collisions in humid environments under minute‐long time scales, charge dissipation dominates over charge accumulation. Thus, our work suggests that triboelectric charging may be an inefficient electrification mechanism outside of the gas‐thrust region wher...
Remote Sensing, 2021
Integer ambiguity resolution is required to obtain precise coordinates for the global navigation satellite system (GNSS). Poorly observed data cause unfixed integer ambiguity and reduce the coordinate accuracy. Previous studies mostly used denoise filters and partial ambiguity resolution algorithms to address this problem. This study proposes a sequential ambiguity resolution method that includes a float solution substitution process and a double-difference (DD) iterative correction equation process. The float solution substitution process updates the initial float solution, while the DD iterative correction equation process is used to eliminate the residual biases. The satellite-selection experiment shows that the float solution substitution process is adequate to obtain a more accurate float solution. The iteration-correction experiment shows that the double-difference iterative correction equation process is feasible with an improvement in the ambiguity success rate from 28.4% to...
Molecular Medicine, 2008
Fanconi anemia (FA) predisposes to hematopoietic failure, birth defects, leukemia, and squamous cell carcinoma of the head and neck (HNSCC) and cervix. The FA/BRCA pathway includes 8 members of a core complex and 5 downstream gene products closely linked with BRCA1 or BRCA2. Precancerous lesions are believed to trigger the DNA damage response (DDR), and we focused on the DDR in FA and its putative role as a checkpoint barrier to cancer. In primary fibroblasts with mutations in the core complex FANCA protein, we discovered that basal expression and phosphorylation of ATM (ataxia telangiectasia mutated) and p53 induced by irradiation (IR) or mitomycin C (MMC) were upregulated. This heightened response appeared to be due to increased basal levels of ATM in cultured FANCA-mutant cells, highlighting the new observation that ATM can be regulated at the transcriptional level in addition to its well-established activation by autophosphorylation. Functional analysis of this response using γ-H2AX foci as markers of DNA double-stranded breaks (DSBs) demonstrated abnormal persistence of only MMC-and not IR-induced foci. Thus, we describe a processing defect that leads to general DDR upregulation but specific persistence of DNA crosslinker-induced damage response foci. Underscoring the significance of these findings, we found resistance to DNA crosslinker-induced cell cycle arrest and apoptosis in a TP53-mutant, patient-derived HNSCC cell line, whereas a lymphoblastoid cell line derived from this same individual was not mutated at TP53 and retained DNA crosslinker sensitivity. Our results suggest that cancer in FA may arise from selection for cells that escape from a chronically activated DDR checkpoint.
Journal of the Indonesian Tropical Animal Agriculture, 2015
Radio Electronics, Computer Science, Control, 2011
Surface integrity of the machined component significantly affects its in-service performance in terms of fatigue life and resistance to corrosion. Residual stresses, work hardening, microstructure alterations and surface roughness are the major issues that constitute the surface integrity of a machined surface which are a resultant of the plastic deformation. The current study attempts to investigate the effect of the different tool edge geometries and the process parameters in CBN hard turning of AISI D2 steel on the tri-axial surface residual stresses, surface roughness and work hardening in the machining affected region. XRD in conjunction with nano indentation has been utilized for measurement of the surface integrity parameters. The behavior of the residual stresses is correlated to the input parameters. Sensitivity of the tri-axial stresses to the input parameters is obtained by Monte Carlo Simulation and optimum ranges of the input parameters and the probabilities of inducing compressive stresses have been determined. The sensitivity analysis indicates that the axial residual stress has maximum sensitivity to depth of cut while the radial and circumferential residual stresses and surface roughness are most sensitive to feed rate. The certainty analysis indicates that machining with light honed tool edge geometry in the low to moderate range of process parameters induces a compressive state of residual stresses and better surface quality.
Felix Abt