Most of the hinterland of the North China platform is devoid of Late Ordovician strata. The BaiyanhuaMountain section at Shetai Town is a standard section of the Upper Ordovician newly established in recentyears at th...Most of the hinterland of the North China platform is devoid of Late Ordovician strata. The BaiyanhuaMountain section at Shetai Town is a standard section of the Upper Ordovician newly established in recentyears at the northernmost margin of the platform. This establishment directly involved the determination of thenorth boundary of the platform and the understanding of its evolutionary Listory. The area is quite differentfrom the binterland of the platform in Middle Ordovician rock types and sedimentary environments, with theformer characterized by frequent slope deposits and the latter consisting almost entirely of platform deposits.The present paper focuses on the petrographic features and sedimentary ervironments of the Middle-UpperOrdovician strata in the area, providing further theoretical support to the establishment of the section and fil-ling the gap in this respect.展开更多
The ESG score system is a fundamental component of the green financial system that is essential in promoting corporate environmental progress.In this work we investigate the micro-environmental impact of ESG scores us...The ESG score system is a fundamental component of the green financial system that is essential in promoting corporate environmental progress.In this work we investigate the micro-environmental impact of ESG scores using panel fixed effects models.We examine the processes underlying the influence of ESG scores on the performance of corporate green innovation as well as any potential inequalities in this impact under different moderating factors.To conduct our analysis we use data from Chinese-listed A-shares on the Shanghai and Shenzhen stock exchanges from 2010 to 2019.Our study demonstrates a relationship between corporate green innovation and ESG ratings indicating that higher ESG ratings assist businesses in achieving better green innovation results.This beneficial effect is evident both numerically and qualitatively and it continues to hold up even after being put through several demanding tests.Additionally we pinpoint two main ways that ESG encourages corporate green innovation by boosting government-enterprise ties and strengthening corporate investment efficiency.We also note that while business characteristics aligned with sustainability further enhance the favorable influence of ESG on green innovation performance characteristics linked to ecologically detrimental activities impede the contribution of ESG to green innovation.Our study adds to the body of knowledge already available on corporate environmental performance and green finance by offering empirical insights that can help enhance corporate environmental development and improve the ESG rating system.展开更多
We are very pIeased to announce that five Associate Editors have joined the editorial team of the Joumal of Environmental Sciences （JES）. Professors/Drs. Yong Cai, Paul Lain, Jonathan Martin, Michael Plewa, and Po K...We are very pIeased to announce that five Associate Editors have joined the editorial team of the Joumal of Environmental Sciences （JES）. Professors/Drs. Yong Cai, Paul Lain, Jonathan Martin, Michael Plewa, and Po Keung Wong bring a wealth of expertise in environmental sciences. As preeminent scientists in their chosen areas of research.展开更多
文摘Most of the hinterland of the North China platform is devoid of Late Ordovician strata. The BaiyanhuaMountain section at Shetai Town is a standard section of the Upper Ordovician newly established in recentyears at the northernmost margin of the platform. This establishment directly involved the determination of thenorth boundary of the platform and the understanding of its evolutionary Listory. The area is quite differentfrom the binterland of the platform in Middle Ordovician rock types and sedimentary environments, with theformer characterized by frequent slope deposits and the latter consisting almost entirely of platform deposits.The present paper focuses on the petrographic features and sedimentary ervironments of the Middle-UpperOrdovician strata in the area, providing further theoretical support to the establishment of the section and fil-ling the gap in this respect.
文摘The ESG score system is a fundamental component of the green financial system that is essential in promoting corporate environmental progress.In this work we investigate the micro-environmental impact of ESG scores using panel fixed effects models.We examine the processes underlying the influence of ESG scores on the performance of corporate green innovation as well as any potential inequalities in this impact under different moderating factors.To conduct our analysis we use data from Chinese-listed A-shares on the Shanghai and Shenzhen stock exchanges from 2010 to 2019.Our study demonstrates a relationship between corporate green innovation and ESG ratings indicating that higher ESG ratings assist businesses in achieving better green innovation results.This beneficial effect is evident both numerically and qualitatively and it continues to hold up even after being put through several demanding tests.Additionally we pinpoint two main ways that ESG encourages corporate green innovation by boosting government-enterprise ties and strengthening corporate investment efficiency.We also note that while business characteristics aligned with sustainability further enhance the favorable influence of ESG on green innovation performance characteristics linked to ecologically detrimental activities impede the contribution of ESG to green innovation.Our study adds to the body of knowledge already available on corporate environmental performance and green finance by offering empirical insights that can help enhance corporate environmental development and improve the ESG rating system.
文摘We are very pIeased to announce that five Associate Editors have joined the editorial team of the Joumal of Environmental Sciences （JES）. Professors/Drs. Yong Cai, Paul Lain, Jonathan Martin, Michael Plewa, and Po Keung Wong bring a wealth of expertise in environmental sciences. As preeminent scientists in their chosen areas of research.
