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PurposeThe purpose of this paper is an attempt to design a proper incentive coordination mechanism to deal with the channel conflicts between the traditional sales and online direct sales.Design/methodology/approachWith respect to the problems of channel conflicts between the traditional sales and online direct sales, to optimize the sale system and get more profits, considering the influences of consumer network acceptance, the authors establish demand and profit function based on consumer's utility, respectively. What's more, we exploit the game theory to analyze the optional decisions of the supply chain under the incentive coordination condition and no incentive coordination condition, and then we discuss the supply chain's optimal pricing, demand, profit and compensation incentive levels with the different effect of consumer network acceptance.FindingsThe level of compensation incentive provided by the manufacturer is influenced by consumer network acceptance and product cost. The lower the consumer network acceptance, the better the compensation incentive coordination effect of manufacturers. Manufacturers, wholesalers, retailers and consumers are all important players in real supply chain relationships. When a manufacturer exists as a dominant role, it should pay full attention to the impact of consumer behavior on supply chain decisions.Practical implicationsThe research can clarify the influence and mechanism of consumer behavior on supply chain channel conflict coordination, and deal with channel conflicts.Originality/valueThe proposed incentive coordination can effectively realize supply chain channel conflict resolution, and provide decision-making ideas and methods for manufacturers to develop the supply chain management of online direct sales channels.

Recent rapid housing market expansion in China is presenting new challenges for policy makers, planners, business people, and citizens. Now that housing in middle-income China is driven by consumer choices and is no longer dominated by state policy decisions, housing policy issues in Chinese cities are becoming increasingly similar to those encountered in other global housing markets. With soaring prices and imbalances in housing supply favoring high income groups and housing demand driven by rising inequality in household incomes, many middle and lower-income households face worsening choices in terms of the quality and location of their housing as well as greater financial difficulties, which together can have negative implications for standards of public health. This book examines the impact of these changes on the general population, as well as on aspiring homeowners and developers. The contributors look at the effect on the widening of wealth gaps, slower economic growth, and threats to political and social stability. Though focusing on China, the editors also present discussions of specific policy design challenges encountered in Australia, Japan, Korea, the Netherlands, the Nordic countries, Singapore, Taiwan, the UK, and the US. This book would be of interest to housing policy makers, as well as academics who are studying the social and political effects of the Chinese housing market.

Abstract. Using the peak ground acceleration (PGA) under four exceedance probabilities calculated via a probabilistic seismic hazard analysis method for China, the probability density function of PGA was obtained by fitting with the Cornell seismic hazard exceedance probability PGA function model. Combined with the seismic fragility function of the water supply system calculated on the basis of the empirical matrix of actual earthquake damage and the exposure of fixed assets, the expected seismic loss and expected loss rate models of the water supply system were established, and the classification standard with the expected seismic loss rate of the water supply system as the index was proposed. The seismic fragility of the water supply system was classified, and the exposure of the water supply system was analyzed. The total fixed assets in the Statistical Yearbook of Urban Water Supply, henceforth called Water Supply Yearbook, were taken as the exposure to earthquake in the region. The accuracy of the fragility model in this paper was verified through the actual earthquake damage losses in Deyang. Taking the water supply system of 720 cities in mainland China as an example, the distribution maps of expected seismic loss and expected loss rate were calculated and drawn. The expected loss rate model was verified by the key earthquake prevention areas in mainland China. The assessment model based on the expected loss and expected loss rate was taken as the seismic risk assessment model of water supply systems in mainland China.