Green Entrepreneurship Model Utilising the System Dynamics Approach: A Review Green entrepreneurship as a concept is still in its infancy stages around the globe. In order to assess the Green entrepreneurship ecosystem, the researchers adopted a systems dynamic approach to determine key variables that will enable the development of the system. A theoretical review was conducted through a literature review of which n44 sources met the criteria that the researchers set for ecosystem or variables. Through review of data, the researchers discovered that ecosystem of green entrepreneurship needs to be viewed from meso, macro and micro level with key variables such as green entrepreneurial motives, startup factors, green support mechanisms, performance and monitoring tools as well as barriers to environmental entrepreneurship. A virtual abstract simulation of system dynamics approach from the systematic review is also formulated in the current paper. Brief summary of findings are classified and explained. Recommendations for future research are also made towards the end of the research paper.

System DynamicsBased Simulation of Ecommerce Industry of Ethnic Regions in China As the national strategic emerging industry, ecommerce industry is attracting more attentions. In order to deeply understand the dynamic mechanism of the Ecommerce industry development, this paper divides the ecommerce industry development system into four interrelated subsystems on the basis of system dynamics: technological progress, market demand, economic development and industrial environment. We construct the dynamic model of the Ecommerce industry system using MATLAB software, which is guided by the government, technological progress, logistics level. The market demand is variable to design different simulation policies. The corresponding countermeasures and suggestions are also discussed for the development of the ecommerce industry in ethnic regions in China.