Entrepreneurial Orientation and Innovation Ecosystems in the Industrial Sector, Central Region, Kampala, Uganda: A Review

This review explores entrepreneurial orientation and innovation ecosystems in the industrial sector of the Central Region, Kampala, Uganda, through an analysis of ten scholarly articles. The study contextualizes the research within the regional landscape and establishes a theoretical framework through a focused literature review. Key findings highlight the intersection of entrepreneurial activities and innovation dynamics, emphasizing the region’s unique contributions to the broader field. Discussions on discrepancies and unexplored territories within the articles offer insights into limitations and research gaps. The manuscript concludes by identifying future research avenues, providing a roadmap for ongoing inquiry into the entrepreneurial and innovative dimensions of the Central Region’s industrial sector. This synthesis underscores the importance of cultivating an entrepreneurial mindset and collaborative innovation strategies for sustainable industrial development in the region.

How can technology and efficiency alleviate the dilemma of economic growth and carbon emissions in China's industrial economy? A metafrontier decoupling decomposition analysis

This paper attempts to explore the decoupling relationship and its drivers between industrial economic increase and energy-related CO_(2) emissions(ICE). Firstly, the decoupling relationship was evaluated by Tapio index. Then, based on the DEA meta-frontier theory framework which taking into account the regional and industrial heterogeneity and index decomposition method, the driving factors of decoupling process were explored mainly from the view of technology and efficiency. The results show that during2000-2019, weak decoupling was the primary state. Investment scale expansion was the largest reason hindering decoupling process of industrial increase from ICE. Both energy saving and production technology achieved significant progress, which facilitated the decoupling process. Simultaneously, the energy technology gap and production technology gap among regions have been narrowed, and played a role in promoting decoupling process. On the contrary, both scale economy efficiency and pure technical efficiency have inhibiting effects on decoupling process. The former indicates that the scale economy of China's industry was not conducive to improve energy efficiency and production efficiency, while the latter indicates that resource misallocation problem may exist in both energy market and product market.

Analysis on the Efficiency of Anhui's Industrial Sectors under the Carbon Emission Constraints

This paper uses the SBM-DDF model to measure the green inefficiency of all kinds of industries in Anhui Province under the constraint of carbon emissions from 2006 to 2014.The results show that whether from the perspective of the overall industries in Anhui Province or from the perspective of separate industry groups,the sources of the green inefticiency are mainly from insufficient industrial output,followed by excessive emissions of CO2.The green inefficiency values of each group(from big to small)are sized down by high-emission industries,medium-emission industries and low-emission industries respectively.During the period of research,the effect of the emission reduction in high-emission industries was not significant,and the potential of reducing the green inefficiency in the medium-emission and low-emission industries by increasing the output was not large.

Carbon emissions of China's industrial sectors based on input-output analysis

This study uses an input-output model presenting the embodied carbon emission in the importexport procedure, as well as the responsibility allocation between China's 35 sectors and 7 main trade partners from 1995 to 2011. Results indicate that the amount of carbon emissions in China's industrial sectors is immense and that the industrial sectors are in serious imbalance. Such imbalance exists mainly in textiles, basic and fabricated metal, electrical and optical equipment,and machinery, among others. Based on the consumer-responsibility principle, the responsibility of 29 departments is reduced. Correspondingly, foreign sectors become more responsible.America, as China's largest trading partner, should account for most of the total responsibility,followed by developed countries such as Japan, South Korea, and Germany.

Korea's Textile and Clothing Industry still Sees China as a Major Trading Partner——Meeting with Mr.Myeng-keun Ha,V.Chairman of Korea Federation of Textile industries at the First Private Sector Consultative Committee's Meeting chaired by ITCB(Internation

On June 2-3,International Textile and Clothing Bureau held its inaugural meeting for Private Sector Consultative Committee(PICC)in Geneva on June 2-3 to discuss the issues of common concerns and impacts that challenged textile and clothing sectors against global economic recession.

The electricity,industrial,and agricultural sectors under changing climate:Adaptation and mitigation in China

Climate change is a pressing global concern with far-reaching consequences that vary across sectors.Addressing the adverse impacts of climate change on various sectors is a challenging issue faced by countries worldwide,including China.It is imperative for China to address climate change to foster sustainable development and make meaningful contributions to global climate mitigation efforts.This paper presented a comprehensive analysis of the impacts of climate change on the electricity,agriculture,and industry sectors,which together account for over 80%of the greenhouse gas(GHG)emissions in China.Additionally,the strategies employed by these sectors to address climate change were reviewed,and potential future developments were explored.This review article could shine light on climate change practices and evidence-based policies aimed at addressing climate-related challenges across various sectors in China.

Does strict environmental regulation enhance the global value chains position of China's industrial sector?

Given the vital importance of global value chains(GVCs)position for a country's international competitiveness,this paper tries to investigate the impacts of environmental regulation on the GVCs position of China's industrial sector.Using the latest value-added decomposition method,we first measure the GVCs position of China's industrial sector from 2003 to 2014.Subsequently,both two-stage least squares(2 SLS)method with panel data and mediating effect model are employed to empirically examine the effects of environmental regulation on China's position in GVCs.The results indicate that environmental regulation has significantly upgraded the GVCs position of China's industrial sector,and the effect is more evident for the sub-sectors with originally lower GVCs position.The mediation effect test shows that increasing R&D investment is an important channel through which environmental regulation affects the GVCs position of China's industrial sector,which verifies the existence of the Porter hypothesis.Further analysis finds that the enhancement of GVCs position of China's industrial sector caused by environmental regulation is mainly achieved through reducing the backward GVCs position.

Estimation of emission reduction potential in China's industrial sector

The industrial sector is usually the largest economy sector for carbon emissions in many countries,which made it the sector with greatest potential for carbon reduction although the process duration might be very long.Studying the potential of industrial emission reduction has great significance in estimating the carbon emission peak of China on the one hand,and adjusting its strategy in international climate change negotiations.By employing the economic accounting method,this article estimates the emission reduction potential of China's Industrial sector for the period of 2010-2050.It reveals that,taking 2030 as the year when the emission reaches the peak,the total reduction can be 8.38 billion tons(bts) for the period of 2010-2030,with 3.12 bts from structural reduction while 5.26 bts from intensity reduction.Afterwards,reduction will continue with a total amount of 6.59 bts for the period of 2030-2050,where the structural reduction accounts for 2.47 bts,and intensity reduction 4.115 bts.If both industrial and energy consumption structures are improved during the above period,the reduction potential can be even greater,e.g.the emission peak can arrive five years earlier(in the year of 2025) and the peak value can decline by about 8%as compared to the original estimation.Reviewing the trajectory of emission changes in developed countries indicates that the industry sector can contribute to the overall reduction targets through the dual wheels of structural reduction and intensity reduction,even beyond the emission peak.This article concludes with the following policy suggestions.(1) Our estimation on the emission peak of the industrial sector suggests that China should avoid any commitment earlier than 2030 on the timeline of the overall emission peak;(2) the great potential of industrial emission reduction can improve the situation of China in climate change negotiation,where the intensity reduction can serve as an important policy option.(3) Reduction potential can be further enhanced through technology advancement,which requires furthering of market oriented reforms and improvement of institutional design.(4) To secure the reduction effects of the industrial structure adjustment,the balanced development among different regions should be encouraged in order to avoid the reverse adjustment caused by industrial transferring.(5) International cooperation promoting the application and development of industrial emission reduction technologies,including carbon capture,utilization and storage,should be encouraged.

A Novel Hybrid Approach to Estimate Customer Interruption Costs for Industry Sectors

The power system infrastructure, operations and market have gone through radical changes for the last couple of decades. The society has become more dependent to the continuous electric power supply and hence the concept of electric power reliability has become more significant. At this point, understanding the economic outcomes of power outages is vital and imperative for both utilities and the customers. There are certain methodologies to understand the costs of power interruptions. This paper suggests a novel hybrid method that comprises of customer surveys and direct analytical methods to reach customer specific, objective and reliable results for the industry sector customers. The paper also brings a statistical approach to censor the zero and extreme responses given via the surveys.

The Convergence Analysis on the Economic Growth and Energy Intensity Gap between Regional Sectors

In this paper,the authors have analyzed the relationship between energy intensity gap and GDP per worker gap of China's western and eastern provinces over the period 1997-2006.Using panel data model with lag adjustment,taking the above provinces and six industrial sectors (agriculture,forestry,animal husbandry,and fisheries,industry,construction industry,transport,storage and post & telecommunications,wholesale and retail trades & catering industry,and other sectors of tertiary industry.) as the investigated subjects,the authors have conducted empirical study on the convergence of GDP per worker gap and the convergence of energy intensity gap with respect to the variation of GDP per worker gap,and have concluded that:First,the GDP per worker gap of the six industrial sectors and provinces are convergent,and of this,the convergence rate of GDP per worker gap of Construction Industry is the fastest,while that of Industry is the slowest.Second,the overall energy intensity gap between eastern and western provinces is convergent,that is,with the narrowing of GDP per worker gap between eastern and western provinces,the energy intensity gap converges,but its convergence rate is slower than that of GDP per worker gap.Third,energy intensity gap between various industrial sectors of the east and the west is either convergent or divergent,and there are differences.The energy intensity gap of agriculture,forestry,animal husbandry,and fisheries,industry,and construction industry is convergent,while that of the other three industrial sectors is divergent.Fourth,the convergence of the overall energy intensity of the western provinces is not in conformity with the convergence of the various industrial sectors,and there are significant differences,indicating that the western provinces and autonomous regions should take measures to more effectively improve their overall energy utilization efficiency at the industrial sector level.

Employment and Wage Effects of RMB Exchange Rate for Manufacturing Sectors in China and the US

By creating a labor market dynamic general equilibrium model, this paper derives the pass-through mechanism of exchange rate's employment and wage effects,carries out an empirical study on the employment and wage effects of RMB exchange rate for manufacturing sectors in China and the United States based on ridge regression, and examines the role of industry characteristics in this process. Research findings suggest that: RMB depreciation will drive employment and wage growth for most of China's laborintensive manufacturing sectors, and RMB appreciation will increase employment for certain capital-and technology-intensive sectors; but RMB depreciation has insignificant employment and wage effects for most sectors in the US. Hence, in achieving the longterm stability of RMB exchange rate, China should take advantage of RMB appreciation's manufacturing upgrade effect and ensure the steady growth of manufacturing employment.The US should make breakthroughs in various links of its economic development in order to tackle unemployment, instead of blaming RMB exchange rate. In addition, the nature of business activities and trade union characteristic are both significant factors that lead to differences in inter-sector employment levels of Chinese and US manufacturing sectors.Technology characteristic and other monopolistic characteristics exert decisive effects on the difference of wage return for various sectors in China and the US.

Cogeneration Potential in the Industrial Sector and Gas Emission Reduction: A Case Study

The aim of the current paper is to discuss the replacement of diesel oil (DO) consumption by natural gas (NG) in a cogeneration system. A specific industrial consumption case study was chosen to be the method used to accomplish a robust analysis. The results have shown the advantages in reducing CO2, CH4, N2O and particulate matter emissions, as well as the need to keep the NOx emission rates. After proceeding with theoretical studies concerning our case, we concluded that the diesel oil replacement by natural gas is beneficial for gas emission reduction. Public policies should consider local development based on the use of different fuels, such natural gas, to achieve the integration between decentralized energy generation and energy-efficient initiatives.

Evolution of Handicraft Industries in the Textile Sector in Saudi Arabia: A Comprehensive Analysis of Trends and Innovations

This review explores the evolution of the textile handicraft industry in Saudi Arabia, emphasizing its cultural and economic significance. The study highlights the transition from traditional practices to modern innovations and examines the impact of globalization and technological advancements on the industry. Key innovations are discussed, demonstrating their role in enhancing textile production while preserving cultural heritage. Major challenges, such as competition from industrial textiles and the need for sustainable practices, are identified. Opportunities for growth are explored, including leveraging tourism and international markets to promote Saudi handicrafts. The social and cultural impacts of the sector are underscored, particularly in sustaining community traditions and providing economic opportunities for artisans. Strategic recommendations for supporting and advancing the industry are offered, ensuring its continued relevance and sustainability in a rapidly changing global market. This analysis provides a robust framework for understanding the current state and future potential of Saudi Arabia’s textile handicraft industry.

基于碳排放总量约束的我国产业部门碳配额分配研究

制定合理的碳配额分配方案是实现我国“碳达峰”目标的重要内容。从产业部门视角出发,基于2025年投入产出数据,综合运用ZSG-DEA模型、熵值法等设计了基于公平、效率和综合原则的碳配额分配方案。在此基础上,在碳市场规制下,通过构建减排压力指数和减排成本模型对比分析了其减排效应。研究发现:与公平、效率原则相比,综合原则下的分配方案减排压力水平适中,平均边际减排成本较低,产生额外收益的产业部门最多,产业部门间减排差异较小,并且完善的市场机制产生了正向影响。在当前我国现实情况下,基于综合原则的分配方案充分平衡了能源消耗、碳排放水平差异,并且能够兼顾环境效率和经济效益,更容易为产业部门所接受,要优于其他两种方案。研究结论为我国相关部门在碳配额分配原则和方法选择、碳市场行业覆盖范围设定等方面提供了重要的政策参考。

中国产业部门如何走出“气候赌场”——基于CGE模型的隐含碳定价机制探析

基于CGE模型和SDA方法分析模拟了8种碳定价机制对宏观经济、减排目标和驱动因素的影响程度。结果表明:由于碳税和碳交易的价格形成过程不同,开征碳税对中国宏观经济的冲击更大,需要制定配套的税收返还措施,以有效弥补部分社会福利损失;价格-数量混合型碳定价机制对产业关联性较强部门如“交通运输设备制造业”“建筑业”和“化石能源”等部门的降碳效果更为显著;碳排放强度效应和中间投入结构效应是促进碳减排的主要驱动因素,且不同驱动因素对不同产业部门的作用程度存在显著差异。应坚持“政府+市场”双轮驱动,着力构建碳税与碳交易协同互补的碳定价机制,助力中国如期实现“碳达峰、碳中和”目标。

中国产业部门隐含碳生产率的驱动因素分解——基于LMDI-PDA模型的实证分析

提升隐含碳生产率是产业部门碳减排的关键。基于2002—2020投入产出数据与能源碳排放数据建立隐含碳生产率指标,利用LMDI-PDA综合分解法,系统梳理各效应、各细分产业部门对产业部门整体隐含碳生产率变动的影响。研究结论为:直接排放率效应对28个产业部门中的大部分产业部门的隐含碳生产率提升起到阻碍作用,排放能效效应以及能源资本替代效应则主要起积极作用;隐含碳生产率效应普遍推动三次产业隐含碳生产率上升,排放结构效应则阻碍第二产业与第三产业隐含碳生产率的增长,负向效应分别为-0.0166万元/吨、-0.0190万元/吨;对产业部门整体隐含碳生产率增长贡献最大的两个产业部门是其他服务业和建筑业。研究结论为加速推进产业低碳变革提供了理论与数据支撑。

人工智能应用对出口技术复杂度的影响研究——基于中国工业行业面板数据

人工智能的快速发展与广泛应用对出口及出口技术复杂度产生影响,对中国从贸易大国向贸易强国迈进具有重要意义。本文探讨人工智能应用对出口技术复杂度的影响机制,利用2012—2019年33个工业行业的面板数据,实证检验人工智能应用对出口技术复杂度的影响及其异质性。研究发现:①人工智能应用显著提升了中国工业行业的出口技术复杂度,且出口技术复杂度的提升对人工智能应用的总体规模更为敏感;②人工智能应用的替代劳动效应、技术创新效应是提升出口技术复杂度的重要影响机制;③人工智能应用显著提升了制造业的出口技术复杂度,其中对劳动密集型、资本密集型制造业的提升作用更为显著,对资本密集型制造业的提升作用较大;④人工智能应用对外资进入程度较高工业行业出口技术复杂度的提升作用较大,且更为显著。

虚拟集聚能够促进制造业绿色高质量发展吗?

虚拟集聚是新一代信息技术与实体经济深度融合的空间组织新形态,是实现制造业绿色高质量发展的新路径。文章基于2012—2022年我国30个省域面板数据,构建制造业绿色高质量发展和虚拟集聚指标体系,实证检验虚拟集聚对制造业绿色高质量发展的影响。研究发现:虚拟集聚能够有效促进制造业绿色高质量发展;虚拟集聚对制造业绿色高质量发展的影响存在区域、子维度和虚拟集聚水平异质性;虚拟集聚对制造业绿色高质量发展的影响存在负向空间溢出效应。研究结论为促进制造业高端化、智能化、绿色化发展提供了有益的政策启示。