The paper studied the mechanism and process of restaurants’ cultural production of authentic standardization. Taking Meet Fresh, a Taiwan dessert shop brand, as a case and using participant observation and interview, the paper elaborated the mechanism and process of translocal cultural production of Meet Fresh and tried to clarify the relationship between authenticity and standardization. The study indicates that: First, the process of restaurants’ cultural production of authentic standardization is to symbolize the unique or differentiated authenticity, then produce the symbols in standardization in the process of scale and constantly make adjustments based on customers’ feedback and needs. Second, in this mechanism, the authenticity is constructive and should be unique. The relationship between authenticity and standardization is that standardization is the protection of authenticity while authenticity is the basis of standardization. Third, consumers’ perception of authenticity and standardization are consistent with that of the enterprise. The study develops the theoretical system of translocal restaurants’ cultural production, and would provide reference for those restaurants which are engaged in the same kind of translocal cultural production.
For exploring the response of water quality of water function area to land use pattern in the Dongjiang River Basin in Guangdong Province, the water quality monitoring data of water function area and Landsat 8 OLI image in 2013 are selected in this study. The water quality monitoring data contains CODMn, NH3-N and TP. The response relationship and correlation coefficient between land use structure in riparian zone and water quality monitoring data are analyzed on different spatial scales by using remote sensing classification, GIS spatial analysis and mathematical analysis methods. The results reveal that water quality is relatively poor in the highly-urbanized area, which is in contrast to the protected areas, reserves and buffer strip. The land use structure of the riparian zone exerts a great impact on water quality parameters in the water function areas. The land use structure of farmland, forest and grassland shows positive effects on water quality. However, the land use structure of water body and construction land has negative effects. CODMn shows a higher correlation with farmland, forest, grassland and construction land than NH3-N and TP. The main sources of the pollutants are industrial wastewater, sewage and atmospheric pollutants subsidence. The increase of urban impervious surface deteriorates the water quality. The cropland and grassland are most relevant to water quality on small riparian zone scale. The correlation coefficient between forest and construction land and water quality increases with the riparian zone scale. The correlation between water body and water quality is significant and fluctuates with the scale of riparian zone.