No abstract

China's textile industry has gained encouraging achievements and become a primary industry integrating investment, production, consumption, employment opportunity provision, and foreign exchange earning. However, in recent years, influenced by its own developmental dilemma and instabilities in the global economic environment, weaknesses in its development have gradually surfaced. Enhancing its competitiveness and sustainable development capability by optimizing the layout of foreign investment and creating new development advantages will play an important role in the development of China's textile industry. On the basis of reviewing existing studies on foreign direct investment of domestic textile enterprises, supplemented by statistical information, field research, and interviews of senior managers, this article presents an analytical framework of spatial strategies of foreign investment of China's textile enterprises. This article also analyzes the spatial distribution and choice of industry of foreign direct investment of China's textile enterprises. At last, this article analyzes the difficulties and challenges of foreign direct investment and put forward spatially differentiated strategies for foreign investment of China's textile enterprises.

To investigate the effects of foliar applications mulberry leaf enzyme solution fertilizer on growth, nutritional quality, photosynthetic characteristics, mineral elements, and antioxidant enzyme system of hydroponic Chinese cabbage, Chinese cabbage Zheng bai'886'was used as experimental material. In this study, we mainly selected seven different fermentation periods (CK: Distilled water, T1-T6, the fermentation days were 20, 35, 50, 65, 80, and 95 d) of mulberry leaf enzyme solution as foliar fertilizer on the effects of hydroponic Chinese cabbage. The results showed that plant height, plant width, leaf area, maximum root length, fresh and dry weight, soluble sugar, soluble protein, Vc, anthocyanin content, and photosynthetic capacity of Chinese cabbage were significantly increased compared with CK when spraying fermented for 50 d mulberry leaf enzyme solution and nitrate nitrogen content in Chinese cabbage decreased significantly. Compared with CK, the accumulation of calcium, magnesium, and iron in the shoot increased by 56.58, 50.70 and 36.67%, respectively, and antioxidant enzyme activities (SOD, CAT, POD) of Chinese cabbage was improved by spraying fermented for 50 d mulberry leaf enzyme solution. In general, sprayed fermented for 50 d mulberry leaf enzyme solution has a relatively good effect on hydroponic Chinese cabbage.

There is a certain correlation between urbanization, industrial structure and urban-rural income gap. In this paper, structural vector autoregressive model (SVAR type) is used to construct the three relations. Taking Yunnan province as an example, the three relations are empirically tested. The research results show that there is a long-term equilibrium relationship between urbanization, industrial structure and urban-rural income gap in Yunnan province. There is a u-shaped relationship between urbanization and urban-rural income gap, and an inverted u-shaped relationship between industrial structure and urban-rural income gap. The change of urban-rural income gap is mainly caused by itself. The influence of industrial structure on the change of urban-rural income gap is greater than that of urbanization on the change of urban-rural income gap.