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Foreign Direct Investment (FDI) and government spending are two important drivers of economic growth. We use Chinese city level data and document an inverse U shape relation between FDI and GDP growth. FDI's diminishing growth effect becomes more salient for cities with greater budget deficit or relying heavily on local corporate tax. When foreign firms account for sizable share of local capital formation in the economy, FDI significantly crowds out public spending. We attribute the inverse U shape of FDI and growth to both tax distortion and crowd-out effect. [ABSTRACT FROM AUTHOR]

Abstract: This study examined how interest, perceived competence (i.e., efficacy), and prestige preference, as measured by the Personal Globe Inventory (PGI; Tracey, 2002), contributed to the classification of Chinese high school students with different education orientations. It was hypothesized that interest, efficacy, and prestige would yield a significantly higher correct classification hit rate of students with different educational orientations than would be expected by chance, and that the combined set of the interest, efficacy, and prestige predictors would contribute significantly more variance than interest scores alone or the efficacy scores alone in predicting students' educational orientations. Findings suggested that the interest and competence scores of the PGI based on both the Holland RIASEC model as well as the 4-type (People, Things, Data, and Ideas) model were able to discriminate among students in three educational orientation groups: Arts and Humanities, Business, and Science. The PGI interest and competence scores of students in these educational orientation groups were consistent with the expected theoretical direction. The findings were supportive of the concurrent validity of the PGI for senior high school students in Hong Kong. Theoretical and practice implications were discussed. [Copyright &y& Elsevier]

In this paper, we investigate the innovative efficiency of SOEs in China. Innovative efficiency refers to output of patents per dollar spending of R&D expenditure. The data indicate that minority SOEs are substantially more innovatively efficient than non-SOEs and majority SOEs. The relative innovative efficiency of minority SOEs is more pronounced among firms with high financial constraints. The data are consistent with the view that, in the Chinese context, there are favorable benefits to partial state ownership through access to talent, connections, and technological resources that enable efficient patent outcomes from R&D expenditure. • We investigate the innovative efficiency (patents per dollar spending of R&D expenditure) of Chinese SOEs. • We show minority SOEs are substantially more innovatively efficient than non-SOEs and majority SOEs. • The relative innovative efficiency of SOEs is more pronounced among firms with high financial constraints. [ABSTRACT FROM AUTHOR]

China implemented the Promoting the Big and Quashing the Small Policy (PBQSP) in 2007 to alleviate air pollution due to coal-fired power plants (CFPPs). However, how the policy affected the air pollutant emissions remains poorly understood. We compared the air pollutant emissions between decommissioned and newly-built CFPPs under the PBQSP by developing a plant-level supply chain emission inventory model, taking Shandong, China's top provincial-level coal power producer, as the case area. The results indicated that compared to a 27.4% increase in electricity produced in Shandong from 2010 to 2014, the NOx, particulate matter (PM), Hg, and SO 2 emissions disproportionately increased by 10.3%, 11.7%, 11.8% and 0.5%, respectively. It was found that the PBQSP policy has made great contribution to air pollution mitigation, as the supply chain emission intensities (emissions per kilowatt-hour) of NO X , PM, Hg and SO 2 of the newly-built CFPPs are three-quarters, two-fifths, three-fifths, and four-fifths lower, respectively, than those of the decommissioned CFPPs. However, coal transport route changes caused an increase in NO X , PM, and SO 2 emissions by 44.0%, 45.5%, and 55.6%, respectively, during the transportation stage, which offset the PBQSP overall mitigation effect. By building a comprehensive assessment framework for air pollutant control policies, our study provides insights for formulating coordinated mitigation measures for the pollutant-intensive industries, such as promoting efficient air pollutant control technologies including the spray dust suppression devices. • A supply chain emission inventory model was built to assess the mitigation effect. • Technological improvement led to the decline of the emission intensity. • The coal transport route changes resulted in a net increase in air pollutants. • Policy implications for comprehensive pollutant mitigation were recommended. [ABSTRACT FROM AUTHOR]

Recently, China has committed to decommissioning the heavy metal (HM) intensive coal-fired power plants (CFPPs), small units especially, yet a quantitative assessment for the impact on HM emissions remains poorly understood. This study, for the first time, compiles a plant-specific inventory for six HMs (Hg, As, Se, Pb, Cd, and Cr) avoided by CFPPs decommissioned in China during the 12th Five Year Plan period. The reduced HM amounts to 271.58 t (9.19 t Hg, 45.84 t As, 60.76 t Se, 85.30 t Pb, 1.74 t Cd, and 68.75 t Cr), accounting for 12.71% of the total emissions from all China's CFPPs in 2010. Small units which have low boiler efficiency and lack air pollutant control devices are more than tenfold HM-intensive as the large units. The detailed HM emission factors for each CFPP decommissioned in each provincial region are also identified. HM content in the coal consumed is a key parameter to determine their corresponding emission factors, while the capacity of decommissioned coal plants plays a decisive role in the reduced emissions. The high-resolution inventory not only verifies China's progress in alleviating HM pollution, but also provides basis for further investigation into HM relevant environmental and human health impact.

This study examined Chinese university students' conceptualization of the meaning of work. One hundred and ninety students (93 male, 97 female) from Beijing, China, participated in the study. Prototype research methodology (J. Li, 2001) was used to explore the meaning of work and the associations among the identified meanings. Cluster analysis was used to organize the identified meanings into a structure consisting of lateral and hierarchical levels. The themes that emerged fell into 2 large categories named "ideal" and "reality." A series of superordinate-level and basic-level prototypes were found under each of these 2 categories. These prototypes reflected influences from both Chinese traditional and Western value orientations, as well as perceptions that are to be understood in the contemporary social and economic contexts of China. Implications for career development theory, research, and practice are discussed.