Research progress on characteristics of secondary aluminum dross and its detoxification and utilization by Kun LIN, Yuanbo ZHANG, Zijian SU, Jiamei XU, Tao JIANG

“…Efficient detoxification and large-scale, high-value utilization of secondary aluminum dross can not only eliminate the potential environmental risks caused by stockpiling of hazardous solid wastes but also realize the maximum utilization of aluminum resources; this is of great importance for the ecological environment and healthy development of the aluminum industry. …”
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A key technology for synergistic backfilling of coal-based solid waste and high-salinity wastewater by Shuning DONG, Shujiang YU, Xingling DONG, Buqin ZHANG, Xiaoming GUO, Xiaodong WANG, Kai WANG, Shibin ZHU, Boqiang WU, Lei LIU

“…This technology enables the recyclable, low-cost, and full quantitative utilization of coal-based solid waste and high-salinity water, enjoying significant economic and ecological benefits. The results of this study will provide technological support for the construction of waste-free mines, mining cities, and chemical industry.…”
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Multi-trace elements-enriched functional drink accelerates gastric ulcer repair via the HGF/c-Met/STAT3 pathway by Yongnan Piao, Nuoya Wang, Mingji Jin, Jianyu Piao, Mingfeng Han, Zifei Wang, Chunhua Quan, Jishan Yin, Zhonggao Gao, Wenxiang Cui, Shuangqing Wang, Xiuquan Quan

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Research on Carbon Sequestration Capacity of Urban Park Green Space in the Central Urban Area of Beijing and Driving Factors Thereof by Xiuping LIU, Songting ZHAO, Xinyu LI, Jiale LI, Xing WANG

“…While beautifying the environment, they play an extremely important role in ecological benefits and carbon sequestration. Quantifying the carbon sequestration capacity of urban green spaces is of great significance for achieving carbon peaking and carbon neutrality goals and addressing climate change.MethodsBased on Carnegie-Ames-Stanford approach (CASA) model, Landsat 8 TM remote sensing data and meteorological data from 2014, 2017, and 2020 are used to estimate the net primary productivity (NPP) and carbon sequestration capacity of parks in the central urban area of Beijing, and explore the spatial and temporal distribution pattern and change characteristics of carbon sequestration capacity of parks in the central urban area of Beijing. …”
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Editorial by Ann-Kristin Kölln, Antony Mason, Maria Lenk, Jörg Tremmel, Markus Rutsche

“…According to Braam, the book’s interdisciplinary approach – drawing on economic, ecological, political and social aspects of climate change – is convincing, and the book’s argument is credible, especially regarding the rich countries. …”
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