Xie Hongyi- PhD Student at Fudan University
Xie Hongyi
- PhD Student at Fudan University
About
14
Publications
1,409
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108
Citations
Introduction
Xie is interested in sustainable transportation and energy system, especially electric vehicles and batteries, green hydrogen, and etc.
Welcome to contact me for all types of collaboration !!!
Email: xiehyeco@163.com
Skills and Expertise
Current institution
Publications
Publications (14)
Optimizing resource efficiency and mitigating climate change have become consensuses of human society. However, there is still a gap in assessing the carbon emission efficiency (CEE) and identifying the influence of various factors, especially in rapid urbanizing regions. In this paper, we built a stochastic frontier analysis model to assess CEE an...
Urban land is the primary scene for manufacturing and services providing, through which the economic activities and trade flows amplify and cascade, interacting the natural and human systems. However, our understanding of the spatial pattern, remote drivers, and coupled interwoven linkages of economic sectoral land use within and among cities remai...
As the largest global producer and consumer of pulp and paper, China faces significant sustainability challenges in fiber supply and waste paper management. A comprehensive material flow analysis of China’s pulp and paper industry (CPPI) is needed to understand the interaction between raw material supply and waste paper man agement. Here, we constr...
Estuarine ecosystems are influenced by the combination of freshwater runoff and ocean tides, and the natural environment is intricate and complex, with special natural environmental conditions and biological habitat characteristics. The Yellow River is characterized by high sediment-bearing water flow, and the estuary forms a unique clear and turbi...
Paper products are carbon-intensive and having a huge potential for carbon reduction due to their biomass-oriented characteristics. A uniform standard for total carbon footprint (CF) accounting is vital. However, the existing standards have not yet been unified. Inconsistencies between standards cause difficulties in their use and significantly wea...
Ecological water replenishment is an effective method that can ensure the urban lake riparian plant restoration. Here, a coupled one-dimensional model was developed to simulate the plant restoration under the ecological water replenishment and the groundwater–vegetation interactions in the urban lake. Meanwhile, the habitat suitability rate was use...
