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The discourse of the resistance of the Islamic Revolution, in addition to having a great impact on the political, social and cultural system of Iran, has been very influential beyond its borders and has been an inspiration for Muslim movements in different countries, including Nigeria. In the last few decades, Nigeria, as one of the important countries in Africa, has been the platform for the formation of the Islamic movement and the expansion of Shiism, and now the population of several million Shiites in Nigeria has turned this country into one of the centers of Shiism.Based on this, the present research has analyzed the impact of the discourse of Islamic revolution resistance on the Islamic movement in Nigeria by using the discourse theory of Lakla and Mofe and using explanatory-analytical method.The findings of the research showed that the discourse of resistance after the victory of the revolution, with the systematization of the Islamic discourse, from a discourse marginalized by the discourse of domination, has become an active discourse in the text of domestic and international policies, and with negation. The hegemony of the domination system and the lack of compromise with it has created a new articulation, which at the end of this articulation has defined a model of resistance against the domination system. This model of resistance, with an emphasis on political Islam, anti-arrogance and anti-Westernism,in addition to reviving the identity of Shiites in Nigeria, has also influenced the formation and expansion of the Islamic movement in this country.

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Seyyed Jamaluddin Asadabadi is one of the reformers of religious thought in the contemporary world, who had an impact not only in Iran and among Shiite Muslims, but also throughout the Islamic world, including in Afghanistan, Egypt, Turkey (Ottoman) and Iraq. He wanted to save Muslims from colonial rule and the backwardness of the world and achieve the greatness of Muslims. The main question of the current research is following the issue of whether adopting a strategy and opening up ideas in Egypt's affairs could create a confrontation in its relations with the colonial countries? And whether the adoption of this strategy in those periods of time was in accordance with the national interests and the domestic and international conditions of Egypt? The result of the research, which was conducted with a descriptive-analytical approach, indicates that Seyyed Jamaluddin's intellectual capacity has influenced a wide scale of the Islamic world. Therefore, in order to achieve this goal, Sayyid suggested the way to unify the Islamic world and return to authentic Islam.

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After the Cold War, the People's Republic of China emerged as a major economic power in the world. Today, this country has been able to spread its influence, especially economically, to all parts of the world. One of the strategic points where this country is in strategic competition with Europe and America is the African continent. This study attempts to present the causes and contexts of China's influence in Africa. Therefore, considering the fact that many studies have been conducted on China's actions and influence in Africa so far; in order to establish a theoretical consensus among the researches, this study tries to explain the strategic and important reasons for China's influence in Africa in a theoretical framework. Therefore, the philosophy of interpretive research has been chosen to achieve the appropriate model in this field with a qualitative approach and content analysis techniques. It should be noted that among the 298 articles containing China's geopolitical goals and interests, 8 articles were extracted according to the KASP rubric scoring system. The final result indicates that one of the most important geopolitical interests in Africa are economic goals pursued according to the soft principles and ideological cultural structure of China.
 

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In recent decades, Africa is increasingly recognized as an important geopolitical player in the national and international arena. Therefore, the traditional and emerging powers pay a lot of attention to this continent. Many of them are revising their strategies in dealing with this continent. The importance of Africa in the third millennium is known to world powers. Therefore, the purpose of this research is to investigate and analyze the role played by Africa in the geopolitical relations of the contemporary and future world. In order to achieve this goal, a descriptive-analytical method has been used. The findings of the research showed that Africa's relations with peripheral and core governments in the economic dimension include (agricultural institutions, digital economy, rapid economic growth, energy security, oil and gas resources, minerals) and in the political dimension including (immigration) South to North, drug trafficking, wildlife, great power competition, democracy and increasing violent extremism and Islamist terrorism. Finally, it should be stated that the growing global importance of Africa has been largely interpreted through geopolitical competition in the international arena.

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The necessity of coordinated facades especially in city centers plays an important role in the image of the cities. Setting up a reliable framework is crucial to ensure that this coordination is maintained. However, due to the lack of tools for implementing that framework the roles and regulations in this context remain only written.
The review of complied foreign documents shows that there is an intensive tool that leads to implementing façade design instructions. This tool which is called the ‘Improvement Façade Program’ has been employed in many cities across the world.
This paper aims to propound tools for implementing design instructions specified in the façade context. It is noteworthy that the main purpose of this paper is being familiar with one of the intensive tools for improving façade and applying this tool in Iran requires localization with specific conditions and regulations inside the country.

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This study focuses on determining the concentration of fluoride ions in selected hand-dug wells and investigating its health implications in Gwagwalada Area Council, Federal Capital Territory, Abuja. The necessity for this investigation arose from observed health issues, including dental and skeletal fluorosis among the residents in the area. Fifteen sampling points (well water sources) were chosen in the study area, and a total of forty-five samples (three per sampling point) were collected. The calorimetric water quality analysis method was employed to analyze these samples in the laboratory. Additionally, the Inverse Distance Weighting (IDW) interpolation method was used to generate a spatial variation map for fluoride ion concentration using ArcMap. The results indicate a concentration range of 0.122 mg/L to 1.910 mg/L across the study area. When compared with the recommendations for fluoride ion concentration in the Nigeria Industrial Standard (NIS) for drinking water (0.1 – 1.0 mg/L), approximately 67% of the sampling points (10 out of 15) fall within the recommended values, while 33% fall outside. The areas with higher fluoride ion concentrations include Dupa 1, Dupa 2, Tunga Maje 1, Tunga Maje 2, and Old Kutunku 2. The study concludes that the observed dental and skeletal fluorosis in these areas can be attributed to the consumption of water with high fluoride concentrations. Consequently, the study recommends increased attention from both local and federal authorities to provide potable water for human consumption in these areas to address the associated health challenges.

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Following years of contamination, rivers may experience sig­nificant levels of heavy metal pollution. Our research aims to pinpoint hazardous areas in these rivers. In our specific case, we focus on the floodplains of the Meuse River contaminated with zinc (Zn). Elevated zinc concentrations can lead to various health issues, including anemia, rashes, vomiting, and stomach cramping. However, due to limited sample data on zinc con­centrations in the Meuse River, it becomes imperative to gen­erate missing data in unidentified regions. This study employs universal Kriging in spatial data mining to investigate and pre­dict unknown zinc pollutants. The semivariogram serves as a valuable tool for illustrating the variability pattern of zinc. To predict concentrations in unknown regions, the model captured is interpolated using the Kriging method. Employing regression with geographic weighting allows us to observe how stimu­lus-response relationships change spatially. Various semivario­gram models, such as Matern, exponential, and linear, are uti­lized in our work. Additionally, we introduce Universal Kriging and geographically weighted regression. Experimental findings indicate that: (i) the Matern model, determined by calculating the minimum error sum of squares, is the most suitable theoret­ical semivariogram model; and (ii) the accuracy of predictions is visually demonstrated by projecting results onto a real map.

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Changes in pore fluid can significantly impact the geotechnical behavior of soil, especially clayey soil. One source of soil contamination is leachate, which can infiltrate nearby soil during the collection, transportation, and deposition stages of the residential waste disposal process, exerting geotechnical influences on the soil in the surrounding area. To assess these effects, four leachate samples were collected from different sites. The specimen comprises fine soil, created from a mixture of sand, bentonite, and kaolinite. Experimental results reveal a decreasing trend in the liquid limit, compaction parameters, and cohesion values of the soil with an increase in contamination level. However, the internal friction angle exhibits an increasing trend with higher leachate concentration, resembling the behavior of sandy soil, as opposed to the typical behavior of clay.

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In this study, we investigated the effectiveness of both single and hybrid systems, incorporating UV photolysis and a Moving Bed Biofilm Reactor (MBBR), for treating synthetic wastewater contaminated with petroleum hydrocarbons. Petroleum hydrocarbons pose significant environmental threats due to their high toxicity, stability, accumulation potential, and resistance to biodegradation. In the hybrid system, the wastewater underwent chemical treatment first and then was introduced into the biological reactor. For the photolysis system, we explored the impacts of different concentrations and various radiation powers of UV-C lamps. Optimal conditions were determined to be a Chemical Oxygen Demand (COD) of 350 mg/L and a radiation power of 80 W. In the MBBR system, various concentrations were introduced into the reactor, achieving a maximum removal efficiency of 85% for an initial COD of 1000 mg/L over 72 hours with a 50% filling capacity. In the hybrid system, we achieved a remarkable hydrocarbon removal efficiency of 99% after 123 hours. Although the operational time of the hybrid system was relatively long, it demonstrated itself as a suitable treatment process compared to other conventional methods for removing these challenging, hard-to-biodegrade compounds.

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The current study suggests the utilization of steel wool as an extended anode electrode in an electrochemical process to en­hance the efficiency of Remazol Brilliant Blue R (RBBR) re­moval from wastewater. The effect of the operating parameters of initial pH, applied current, supporting electrolyte, and initial dye concentration on textile dye removal efficiency was inves­tigated to determine the optimum conditions of the process. Ki­netic studies were performed in the optimum conditions. Scan­ning electron microscopy (SEM) and x-ray fluorescence (XRF) were carried out to determine the morphology and characteri­zation of the extended anode surface. Under the optimum con­ditions, the dye and chemical oxygen demand (COD) removal were obtained 99.42% and 72.72%, respectively. The reaction kinetic data of the electrochemical process was followed by the pseudo-second-order kinetic rate equation (R² = 0.99). These findings might be useful in treating the various pollutants in industrial wastewater.

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 More than two-thirds of the world’s population is likely to reside in urban areas by 2050. Rapid urbanization contributes to many contemporary challenges that confront cities. Sustainable urban development (SUD) is a widespread area of investigation that can be considered from various attitudes, such as environment, economy, society, technology, culture, and so on. This paper aimed to perform a bibliometric analysis of “sustainable urban development” research during 2002-2021, considering source types, subject areas, document types, affiliations, journals, countries, authors, and keywords. Also, Social Network Anal­ysis was applied to recognize mapping trends, status, and hot spots in SUD research and to discover co-authorship relations and international collaborations among countries worldwide. The results of this study showed that the number of SUD-relat­ed publications has remarkably increased by more than sixteen times over the study period. Social sciences” (24.6%), “envi­ronmental science” (21.2%), and “engineering” (13.4%) were the three major subject areas. China, with 539 publications (20.3%), was the most productive country in terms of the num­ber of publications. The most independent rate of the publica­tions belonged to India (76.5%), while Hong Kong ranked 1st in cooperator publications (61.6%). The “Sustainability” pub­lished the most related articles, followed by “Journal of Cleaner Production” and “Sustainable Cities And Society.” Among the top ten productive institutes and organizations, five affiliations were from China. “Deep learning,” “circular economy,” “big data,” “air pollution,” “spatial analysis,” “urban resilience,” “urban heat island,” “system dynamics,” and “cultural heritage” were the most increasing keywords in recent years, based on the author keywords analysis.

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Applying social capital to refurbish urban streets has meant recognizing opportunities and challenges and shaping processes to its sequences over time. The purpose of the present study is to introduce a strategic framework for applying the potentials and values ​​of social capital in environmental improvement and responsible maintenance and social control of street-related sequences. The main question is that how to transform the role of today's street as an element of neighborhood segregation into a linking element of discrete neighborhoods so as to become a showcase for cultural and social interactions. The method of this research is descriptive-analytical which is in three phases: explaining the relevant conceptual framework for entering the research context, applying it to the research context, analyzing and discussing the objective and subjective findings, Qualitative data analysis is done. The measurement tool is a semi-structured questionnaire, using descriptive statistics and inferential statistics performed by SPSS software were used to evaluate criteria and answer research questions. The research context is Imam Khomeini Street and the neighborhoods adjacent to this street. The sample size was 378 using Cochran formula. Indicators used in this study are invitations, neighborhood personality expression on the street edge, transparency and depth to the street edge, and a sense of belonging and responsible environmental behaviors. The results indicate that the items related to the design of the entrances and the continuation of recreational and tourism activities on the edge and the inner texture of the neighborhoods are of greater importance for identifying street sequences.

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Today, with the overcome of vehicles transportation on the walking two important quality of urban spaces (safety and vitality) have faced challenges. Commercial walkways as a one of most important urban spaces can play an important role to urban spaces improvement in favor to pedestrians and create effective relationship among shopping, safety and vitality. The aim of this research is study about possibility of conversion of Sattarkhan street (between 1th and 2th square) to a walkway for create more safety and vitality of pedestrians. In this study, first we discussed literature about walkways and vitality and then we evaluate these two factors Sattarkhan Street by using of field studies and direct and indirect observations. After that with the comparative method and emphasis on experienced model in Tarbiat Street in Tabriz city, possibility of pedestrianized Sattarkhan Street and patterns and component of design is offered.

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This study investigated the relationship between coaches' leadership style and satisfying the basic psychological needs of the premier-league male Kabaddi players. The statistical population includes all premier-league male kabeddi players' (144 male). Two questionnaires on coaches' leadership styles (LSS) and satisfying basic psychological needs were used to collect data. Descriptive statistics were used to analyze and classify the data. Multi-variable regression was used to estimate the value and function of the independent variable on the dependent variable and complementary analysis. Structural equations (SEM) were used for modeling the parameter and trial analysis using LISREL software. Results show that coaches' leadership styles directly affect satisfying basic psychological needs. In conclusion, we suggest that coaches provide players' needs through positive interpersonal relationships, involving them in decision-making and motivating them to achieve desirable performance.

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The spatial arrangement of the elements of the spatial organization will lead to sustainable development, if it considers three main components of the environment, economic growth, and social development, with emphasis on human-centeredness. In order to identify imbalances and balances in spatial distribution, it is very important to use appropriate methods that have the ability to combine various indicators into the spatial organization. The purpose of this study was to determine the strategic factors affecting the political management of the Arak township spaces through library and field studies in the first stage and, secondly, the ranking of these factors based on their importance and their impact through the Analytical hierarchy process for the proper management of geographical spaces of the Arak Township.
This study is a descriptive approach based on nature and is applied developmental based on the goal. The research method is descriptive-analytic and library, internet, and interviewing materials are used for gathering information. Analytic hierarchy process (AHP) technique have been used for weighing the factors.
Conclusion: After determining the importance of each of the factors, The existence of suitable business development Potentials with cargo and passenger terminals and the international exhibition site in Arak, Unstable exploitation and overcapacity of natural and environmental resources, existence of target markets, especially in neighboring countries, market failure and unpredictability of some agricultural production support policies were recognized as the most important internal and external factors of the township.
 

 

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Today, carbon dioxide emission is one of the concerns of all countries in the world, so in this paper, we examine the effect of export quality, energy efficiency, and economic complexity on CO2 emissions per capita during the period of 1990 to 2014 in emerging economies. For this purpose, first, energy efficiency is calculated using mathematical programming methods (DEA). Then, the effect of export quality, energy efficiency, and economic complexity on per capita carbon dioxide emissions in the panel of emerging economies is investigated using panel quantile regression. The energy efficiency results show that the average energy efficiency of the studied countries had been increasing from 1990 to 2014. The lowest efficiency score among the studied countries is related to China. The results of quantile regression indicate that the export quality and consumption per capita of fossil fuels have a positive and significant effect on CO2 emissions per capita in all quantiles. The results also show that the coefficient increases by moving in the level of quantiles, so that, the highest effect coefficient of export quality on CO2 emission is related to the quantile 90th and about 0.874. Energy efficiency has a negative and significant effect in all quantiles except 90th, and the highest coefficient of influence (0.133) is related to quantile 10th. The increase in economic complexity increases the co2 emissions in all quantiles except 10th, and the highest coefficient (about 0.487) is related to quantile 90th. 

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Since in recent decades the world population increased, it causes to ascend the municipal solid waste (MSW) production. Therefore, to manage this and control its damages that affect the environment, some applied techniques are needed. Life cycle assessment (LCA) is one of the techniques used in this research for selecting and arranging one or more scenario. The presented scenarios were composting, incineration, landfilling and recycling which were chosen by considering their implementation in the case study site.  Each scenario was analyzed in terms of ten environmental indicators that include abiotic depletion potential, ozone layer depletion potential, global warming potential, human toxicity potential, fresh water toxicity potential, marine toxicity potential, terrestrial toxicity potential, acidification, photochemical oxidation and eutrophication. The employed software for this analysis was Simapro. Results indicated that the landfilling scenario had the highest pollution ratio in eight environmental indicators and after that, the incineration scenario was the most polluting in two ozone layer depletion potential and global warming potential indicators. Recycling was the best scenario in point of lowest effects on global warming potential and human toxicity potential indicators. Composting was the scenario that had the lowest footprint on seven environmental indicators in comparison to other scenarios. In addition, this scenario showed the lowest environmental pollution burden in ozone layer depletion potential among all indicators. In general, according to the findings of this study, composting scenario is recognized as an appropriate method for municipal solid waste management in Urmia metropolis of Iran.
 

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The quality of stable environments is crucial for maintaining the health of horses, minimizing air pollution, and potentially utilizing waste for fuel production. This study investigates the physical, chemical, and biological characteristics of dry horse bedding across twenty-four horse-riding clubs in Tehran. The objectives are to gather information on current stable practices and assess the suitability of used bedding for reuse or energy generation. Results revealed that the moisture content of the bedding ranged from 39.63% to 76.92%, leading to high drying costs. Ash content varied between 7.73% and 17.20%, while nitrogen content ranged from 0.78% to 1.77%. Hydrogen content was measured between 7.06% and 9.04%, with carbon content ranging from 14.74% to 24.46%. The particle size distribution showed that 70% to 94% of particles were smaller than 3.15 mm, with 0.5% to 1.5% below 0.075 mm, indicating potential health concerns. The average gross calorific value was 19.0372 MJ/kg. While the pellet samples did not meet specifications for non-industrial use, used horse bedding pellets exhibited greater suitability for industrial applications.
 

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The formation of the border and the establishment of a border line between the two countries have political, economic and cultural-social consequences and impacts, especially at local and border settlements level. In this research, the consequences of the border establishment, border policies, and the plan to strengthen border guard (Forces) at several points of settlements such as Yazdan, Kaboodeh, and Nazarkhan have been discussed. This descriptive-analytical research, based on library and field pieces of information/findings seek to investigate the formation process of eastern borders within South Khorasan province and also the developments that during about six decades have taken place in these areas. The results of researchers showed that the determination and establishment of this border caused that some border villages such as Kaboodeh and Yazdan placed on this side of the border, and Nazarkhan was placed on the Afghan side. The consequences of these border policies have led to evacuation and destruction of border villages such as Kaboodeh and Yazdan, along the Nomands resettlement plan and security, and also their inhabitants were resettled in the Barenjgan city; in the other hand, Nazarkhan farm across the border has now changed into a linear village with a population of over 5 thousand people. The evacuation of these border villages along with the border privacy delimitation project, and also the forced migration of its residents to a new location has resulted in tensions between old residents and new immigrants in addition to causing discontent between borderers.