Systemic Risk Infection and Control of Water Eco-Environmental Projects under the Mode of Government-Enterprise Cooperation

• DOI: 10.2112/si103-091.1
• Publication Date: 2020-06-23T07:17:15Z
• Authors: Wenbin Wang; Deshan Tang; Ran Xu
• Keywords: Port (circuit theory); Capital (architecture); Economic interventionism

Wang, W.; Tang, D., and Xu, R., 2020. Systemic risk infection control of water eco-environmental projects under the mode government-enterprise cooperation. In: Yang, Y.; Mi, C.; Zhao, L., Lam, S. (eds.), Global Topics New Trends in Coastal Research: Port, Ocean Engineering. Journalof Research,Special Issue No.103,pp.447–452. Coconut Creek (Florida),ISSN0749-0208.It has become an important means to improve ecological environment China by introducing social capital into projects, which made some achievements but also accumulated great risks. The capitals who cooperate with government form a complex network relations jointly participating or cooperating same local government. caused deterioration operation node enterprises may have negative impact on affiliated enterprises. Based scale-free transmission dynamics epidemiology theory, contagion model cooperative is constructed. coefficient, relief coefficient success explored. An empirical analysis data field construction China. results show that probability non-linear non-monotone effect contagion, no significant inhibition contagion. Also intervention positive there superposition intensity.