Ecological Industry Chain Research Articles

Study on the Construction and Realization Path of Apple Eco-agricultural Industrial Chain

With the increasing attention of the world to the sustainable development of agriculture and the continuous improvement of people's awareness of environmental protection and food safety, the construction and development of ecological agriculture industry chain has become a research hotspot in the field of agriculture. This study takes the industrial chain of apple eco-agriculture as the object, analyzes the current situation of apple industrial chain on the basis of theoretical cognition of circular economy, food chain and industrial symbiosis, and constructs the internal ecological industrial chain of apple "plant-sales" and the ecological cycle industrial chain of apple "plant-processing". Finally, It is suggested that leading enterprises and e-commerce platforms should be used to strengthen the collectivization degree of farmers, build a green and circular agricultural industry chain, and improve the scientific and technological content of fruits.

Evolution and implementation pathways from desertification prevention and control to sandy land management and use in China

The construction of ecological civilization emphasizes holistic protection of "mountain-water-forest-farmland-lake-grassland-sand", which has become an important concept of desertification prevention projects in arid and semi-arid areas of China. In the past, sandy land management and use have been neglected in desertification prevention and control, in that the links have not been effectively connected and the long-term and efficient desertification prevention has not been realized. Therefore, combining Qian Xuesen's understanding of "deserticulture", we comprehensively discussed the "long-term achievements" of China's desertification control miracle from the perspective of the historical evolution of the interaction of technology and practice, and the strategic development of policy guidance. Further, we defined the concepts of desertification prevention, desertification control, and sandy land management and use. We analyzed the coupling and coordination relationship between the four links and the scientific principle based on the development of ecological industry chain. Finally, we put forward the policy and market realization pathways, with efficient sandy land management as the core, desertification prevention as the basis, desertification control as the channel, and long-term sandy land use as the foundation. We expected to provide theoretical and practical guidance for creating a new miracle of China's desertification prevention and control.

Study on the Ecological Planting Mode of Beach Land in Shaanxi Section of Hanjiang River Basin

In view of the technical difficulties encountered in the construction and development of the agricultural industry chain in the Shaanxi section of the Hanjiang River Basin, such as the problems of crop planting and ecological industry chain construction, the typical research area of the Shaanxi section of the Hanjiang River Basin-Hanzhong City was investigated. By exploring the ecological planting mode of the flood land in the Hanjiang River Basin, the ecological planting mode of the flood land was optimized in order to provide reference for the development of the agricultural planting industry chain of the land consolidation project.

How to integrate the intelligent automobile industry chain

The COVID-19 has had an impact on the automobile industry chain. A good intelligent connected automobile ecological industry chain is not only conducive to the resumption of production, but also conducive to stabilizing economic expectations, which plays an important role in stimulating economic growth. This paper discusses the connotation and construction of the intelligent connected automobile ecological industry chain, compares the research status at home and abroad, takes Shenzhen intelligent connected automobile ecological industry chain as an example, analyzes the difficulties and shortcomings of the intelligent connected automobile ecological industry chain, and puts forward relevant countermeasures and suggestions. It provides reference for the construction of the ecological industrial chain of ICV.

Analysis of Mobile Game Intellectual Property Marketing Strategy: A Case Study of Honor of Kings

The mobile game market is now gradually forming a unique ecological industry chain. Game parties are beginning to look beyond the game experience and focus on building mature game IPs. By creating specific IP to drive the game’s peripheral revenue, strengthen the emotional connection with game users, and achieve the purpose of long-term development. Looking at the domestic market, Honor of Kings, as a phenomenal mobile game in China, its IP development and marketing are of reference learning significance. In this paper, we selected Honor of Kings as the research object, and we collected data through both questionnaire surveys and interviews, using SPSS for statistical analysis. The research analyzed its IP marketing strategy and effect and searched for the factors which affect its IP marketing effect. It finds that the impact of Honor of Kings IP marketing is influenced by the degree of perfection of Honor of Kings worldview, i.e., IP connotation and local cultural awareness. At the same time, we analyzed the IP development process and marketing strategy of Honor of Kings in combination, pointed out its advantages and shortcomings, and gave suggestions to provide new ideas for IP marketing of other game companies.

Research on resilience governance models of rural biomass energy eco-industrial chain

For modern agricultural and rural competition, it has been transformed from product competition to industry chain competition based on resilience. The rural biomass energy ecological industry chain(RBEEIC) not only can improves the utilization efficiency of agricultural and rural resources and energy, but also can enhances the competitiveness of agriculture and rural areas. The research of resilience governance will contributes to the green and sustainable development of rural industries. In this paper, a theoretical analysis framework for resilience governance of RBEEIC was constructed based on integration of three industries. According to different integrated directions of three industries, there are five resilience governance models of eco-industrial chain, i.e., internal reorganization, vertical extension, horizontal extension, composite extension, as well as technology integration mode of the Internet of Things. Taking Peltate Yam Rahizome eco-industrial chain in the countryside of Southern Shaanxi, China as an example, this paper carried out empirical study on resilience governance models of eco-industrial chain adopted in different phases of the dynamic evolution of RBEEIC, and illustrated with the analysis on the resilience governance effect. In views of this, the development innovation path of RBEEIC has been put forward based on integration of three industries, it will provide important references to the sustainable development of rural ecological industry and the implementation of rural revitalization strategy.

Transformation and Optimization of Rural Ecological Endowment Industry Chain Based on Constrained Clustering Algorithm

China is experiencing a serious aging crisis, with the number of elderly people rising at an unprecedented rate. First and foremost, the pension industry's service object is the pension. To build an old-age industry complex, make use of the unique natural resources in the countryside, provide the original ecological old-age care services, and transform, optimize, and make efficient use of the existing policies and technologies. The drawbacks of the traditional pension model are becoming increasingly apparent. We must investigate a new pension model in order to ensure the long-term development of China's pension system and reduce the increased pension burden on governments at all levels. The rural areas' unique natural resources should be utilized to provide unique ecological elderly care services, and transformation and optimization must be implemented (that is, making efficient use of existing policies and technology to construct an elderly care industry complex). As a new pension mode for the elderly to become more connected to the natural world and improve their physical and mental health, ecological pensions have emerged as a new economic growth point that can fill the gap in the pension industry's supply while also meeting the elderly's growing spiritual and cultural needs. A constrained clustering algorithm is proposed in this article. Unsupervised learning is used in the constrained clustering algorithm. The clustering algorithm must determine the data objects to be clustered because they are not labeled. Because the data objects have no prior knowledge, the clustering algorithm analyzes them using the same principles. The effectiveness of the clustering results is determined by the dataset's adherence to the previously stated principles. The constrained clustering algorithm has greatly improved the transformation and optimization of the rural ecological elderly care industrial chain.

Modelling of coordinated development between marine agglomeration industry ecological industry chain and natural environment

Modelling of coordinated development between marine agglomeration industry ecological industry chain and natural environment

Modelling of coordinated development between marine agglomeration industry ecological industry chain and natural environment

Modelling of coordinated development between marine agglomeration industry ecological industry chain and natural environment

Industrial metabolism analysis of a Chinese wine industry chain based on material flow and input–output analyses

AbstractRecently, Chinese wine industry has developed rapidly and its sustainability has attracted increasing attention. However, the existing wine industry chain is short and its metabolic pathway and metabolic efficiency remain unknown. Therefore, we selected a representative wine company in China to conduct industrial metabolism analysis (IMA) research based on material flow analysis (MFA) and input–output analysis. MFA model and input–output matrix for the traditional industry chain (TIC) and ecological industry chain (EIC) of the investigated company were established to explore the material flow relationship between the industrial structure and the nodes. A new IMA evaluation index system was developed to evaluate the industrial metabolic efficiency and development trends of two scenarios considered in the study. The results showed that the addition of nodes in EIC promoted the reuse of byproducts and wastes, and reduced the waste of resources. The industrial metabolic efficiency of EIC was also higher than that of TIC. For example, the node material cycle coefficient (Ri) during the preliminary treatment and pressing and fermentation of EIC was increased by 0.041 and 0.127, respectively, compared with TIC. A correlation analysis showed that EIC nodes had stronger pull and push effects on upstream and downstream than those of TIC, and the influence coefficient (Uj) of viticulture and pressing and fermentation increased by 0.168 and 0.112, respectively. This study provides a scientific basis for optimizing the wine industrial layout, improving the overall environmental performance of the industry chain, and promoting sustainable development.

Study on the Development of Human Resources Services in Xinxiang

With the continuous economic growth, human resource service industry also plays an important role in the economic development. In order to explore the development of human resource service industry in Xinxiang, based on a survey of more than 50 enterprises and organizations in Xinxiang, Xinxiang's human resources service industry has a bright future, however, there are still some problems in the aspects of enterprise scale, personnel skills and agglomeration management. Therefore, different countermeasures are put forward for different roles to solve the development obstacles and promote the development of industry agglomeration, building a new type of human resources to serve the ecological industry chain.

Development model and optimization path of Guizhou modern mountainous high-efficiency agricultural industrial chain—a case study of vegetable industry

In order to understand the present situation and future development direction of the large ecological industrial chain. Taking the vegetable industry in Guizhou as an example, this article analyzes the development status, model, structure, and existing problems of the vegetable industry chain based on the development of “ecological utilization” industries, and proposes a reasonable and effective optimization path for the development of future ecological industries. The results showed that although the vegetable industry in Guizhou Province is widely distributed and has stable development, there are problems such as a short industrial chain, low brand building and publicity, infrastructure construction, and the need to improve the government’s institutional protection; It is recommended to optimize the development of ecological agriculture by innovating the industrial chain model, optimizing the layout, and integrating multichannel publicity to create distinctive industrial product brands, strengthen facility construction and policy guarantee mechanisms, explore ways to realize the value of ecological products, and form a competitive and orderly ecological product market system. Based on the analysis of the development of Guizhou Province ‘s modern mountainous and highly efficient agricultural industry chain, the development model and existing problems of Guizhou’s mountainous and highly efficient agricultural industry chain are clarified. From the perspective of regional development, relevant suggestions are put forward for modern mountainous and highly efficient agriculture and even for promotion Provide theoretical basis for the implementation of ecological civilization.

Does an Ecological Industry Chain Improve the Eco-Efficiency of an Industrial Cluster? Based on Empirical Study of an Energy-Intensive Industrial Cluster in China

An energy-intensive industrial cluster is a combination and integration of energy-intensive industries formed by ecological industry chains. Eco-efficiency may reflect the effect of ecological industry chains in an energy-intensive industrial cluster. To evaluate the eco-efficiency of energy-intensive industries, industry chains, and industrial clusters with different level of eco-industry chains, the eco-efficiency is decomposed into two dimensions of resource efficiency and environment efficiency. The eco-efficiency evaluation index system and models of energy-intensive industries are constructed to analyze the eco-efficiency using a two-dimensional three-layer matrix framework, including energy-intensive industries, ecological industry chains, and industrial clusters. This paper presents an empirical and comparative analysis based on data from the chemical industry, building materials industry, metallurgy industry, and thermal power industry from 2004 to 2015. The results show that the eco-efficiency of energy-intensive industry, energy-intensive industry chains, and energy-intensive industrial clusters are all on the rise. The eco-efficiency of energy-intensive industrial clusters and energy-intensive industry chains are obviously higher than that of any single energy-intensive industry. This finding indicates that the ecological industry chains of an energy-intensive industrial cluster have improved the eco-efficiency. In recent years, the effect of ecological industry chains and network construction has been significant, but not tight enough.

A dynamical system study for the ecological development of mineral resources in minority areas

The distribution of mineral resources in China is mainly concentrated in minority areas. However, the technology of mineral resources development in minority areas is relatively backward and the utilization rate isn't high. Unreasonable exploitation for mineral resources has caused tremendous damage of mining environment, which restricts the sustainable, healthy and stable development of mining areas. Therefore, how to construct the ecological industrial chain of mineral resources in minority areas has become an important issue of mining sustainable development. In this paper, a SD model with the characteristic of minority areas is established by constructing the dynamical system flowchart that takes mineral resources-environment-economy-society (MEES system) as the main research object based on system dynamics simulation, combination determining weights, and fuzzy sets, etc. In addition, taking Tibetan minority areas for an example, this paper predicts the tendency of the MEES system in the region. Meanwhile, this paper designs four different development modes to provide the operable choice and reference for exploiting the mineral resources in minority areas.

Overwater Lotus Plantation—A Strategic Conception about Urban Waters Maintenance with Floating Aquatic Ecological Industrial Chain

In view of the severe problems in urban waters pollution prevention and treatment, the paper creatively comes up with a new strategic conception. According to the strategy, some simple, firm and buoyant lotus boats are used the carriers and underwater sludge is collected for massive planting floating aquatic products so as to purify the water by dredging and root system absorption. It can greatly improve the microclimate regulation and landscape connotations deepening. When the case allows, an integrated industrial chain made of overwater floating aquatic eco-plantation and derivative tourism can be reasonably developed to guarantee the capital for sustainable operation of the strategy. In addition, it is noteworthy that the operation process of the strategy has ecological demonstrating and educational significance.

IoT applications in the ecological industry chain from information security and smart city perspectives

Innovation holds the guarantee of opening new doors for enhancing the nature of our lives. Likewise, a worldwide data and correspondence system superstructure is developing as the Internet transforms into the Internet of Things. The Internet of Things will address an impressive number of current difficulties in all application spaces, and will add to economic development. The most critical application spaces of the pervasiveness of Internet of Things-based innovations are exhibited, including the case of the shrewd urban communities presently being studied, which will improve the standard of ordinary lives. As a prologue to this issue of general economic systems research, which is themed around mechanical biology, the paper intends to discuss the foundation of modern nature, while highlighting the role of, and commitments from, financial matters from the point of view of information security. The performance is verified by experiment.

An Evolutionary Game Study of an Ecological Industry Chain Based on Multi-Agent Simulation: A Case Study of the Poyang Lake Eco-Economic Zone

With rapid economic growth, the ecological environment is subject to a huge test. The environment has become a bottleneck restricting the further development of the economy. Built on waste recycling, ecological industry chain is an important way to realize the sustainable development of economy and society. This paper establishes a three stage evolutionary game model of ecological industry chain. By mathematically analyzing the equilibrium points of replicator dynamics equations, we get the evolutionary stable strategies. By studying the evolutionary rules and taking the bottom-up modeling method, this paper constructs a multi-agent computational experimental model to analyze the evolutionary paths and trend of each subject. Besides, the case of Poyang Lake ecological economic zone is applied to verify the evolutionary game model.

Addressing the efficiency of the core ecological industrial chain: A DEA approach

The stability of the core ecological industry chain plays a critical role to optimize the ecological industry chain (EIC) network. Vast majority of existing studies paid close attention to the design of nodes in terms of economic and environmental improvements. By contrast, the optimization of core industrial chain is largely overlooked. A novel methodology is proposed in this study to assist the core ecological industry chain design where resources, economy and environment are set as the constraints. Ecological industry chain efficiency is evaluated by Data Envelopment Analysis (DEA) where constraint conditions gradually superimposed into the core ecological industry chain. This methodology is validated through an empirical case study. Results showed that the relative efficiency of the core ecological industry chain consisted of Chlorine Alkali Plant-Alumina Plant-Electrolytic Aluminum Plant-Aluminum Deep Processing Plant is close to 1. This core ecological industry chain achieved the coordinated development among economic, energy and environment. It belongs to the typical value-added design of EIC. The relative efficiency of the core ecological industry chains consisted of Lime Plant-Calcium Carbide Plant-Polyvinyl Chloride Plant and Chlorine Alkali Plant- Polyvinyl Chloride Plant-Density Board Plant is 0.8690 and 0.7956, respectively. These core ecological industry chains can be further improved by means of continuous optimization design, i.e., introducing key fill chain links to rearrange the upstream and downstream enterprises. These findings provide useful references for the EIPs development and related policy making.

Study on Establishment of Eco-industrial Chain Based on Eco-efficiency: A Case Study of Tourism

The Chinese traditional economic development model, resulting in China's rapid economic development, but at the same time, also to the natural resource and environmental system in China caused irreversible damage. At present, we urgently need to transform the economic development pattern, and the eco-efficiency of eco-industrial chain is based on certain regional basis, Enterprise simulation of the natural environment in this area, reduce pollution and destruction. But the traditional research of industrial chain concentrated in the enterprise organization, logistics and other factors, but neglected the subjective factors, at the same time, the general research on ecological industry concentrate on the agricultural and industrial areas, while ignoring the tertiary industry which is gradually play a great effects. This paper is based on the tourism industry as the representative, attaching importance to the subject characteristics of enterprises, study the formation of the ecological industry chain based on ecological benefit. Since put into effect the reform and opening-up policy, China's economic have been great development, but the traditional industrial developmental pattern, bring the economic development and at the same time, also causes a series of problems for example the waste of resources, energy shortages, environmental pollution, ecological destruction. This allows us to rethink our country economy development, seeking the path which meeting with the rule of natural development. The natural law of development in the final analysis is recycling and renewable, so to build a fusion of upstream and downstream enterprises of the ecological industry chain is the inevitable trend of development. Generally we think that ecological benefit and ecological industry chain is for industrial development, but with the development of the tertiary industry and the influence of society deeply, but also is of great significance to construct the ecological industry chain of the tertiary industry, this study use the tourism as the representative, research on how to travel between enterprises based on ecological benefit to build tourism industry ecological industry chain.

Research on Path Selection of Ecological Industry Chain Formation: Construction or Evolution

Research on Path Selection of Ecological Industry Chain Formation: Construction or Evolution