重点实验室外聘研究员Ayman Elshkaki取得积极研究成果-自然资源部资源环境承载力评价重点实验室

Key Laboratory of Carrying Capacity Assessment for Resource and Environment, Ministry of Natural Resources (LabCCA) is sponsored and governed by the Ministry of Natural Resources, and relying on Chinese Academy of Natural Resources Economics， China University of Geo-Sciences (Beijing)，Institute of Geographic and Natural Resources Research. LabCCA has been focusing on the study of carrying capacity assessment, committing on solving the nexus between resource exploitation, environmental protection and socio-economic development at various levels, and dedicating in providing full decision-support for natural resources management and ecological civilization construction, and establishing to be one of the superior think tanks, by through shouldering the National Strategies, frontier socio-economic development demands, and land and resources management practices.

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自然资源部资源环境承载力评价重点实验室以服务于国家战略、社会经济发展重大需求、自然资源管理实践为使命，聚焦于资源环境承载力研究，着力破解资源开发、环境保护与社会经济发展复杂关系，致力于自然资源统一登记、核算、资产管理及自然资源管理制度，国土空间开发保护与用途管制，空间规划与治理，能源矿产资源战略与规划等生态文明制度研究，努力打造成领域内优秀重点实验室及高端智库。
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重点实验室外聘研究员Ayman Elshkaki取得积极研究成果

作者：席皛　　　　发表时间：2021-07-02　　　审核：

重点实验室外聘研究员Ayman Elshkaki取得积极研究成果

2018年11月底，自然资源部资源环境承载力评价重点实验室聘请Ayman Elshkaki研究员为本重点实验室外聘人员。以期在下面几个方面发挥其特长：搜集并提供资源环境承载力、生态保护修复及补偿等领域国际最新研究成果；参与《国土空间生态补偿制度研究》等项目相关工作；宣传重点实验室成果并指导实验室年轻同事发表高水平文章。

在协议期不到12个月时间里，Ayman研究员充分发挥其特长，在关键矿产与碳排放及减排、矿物原料-能源-水-碳排关联研究等方面，发表了系列重要研究成果，指导年轻科研人员方面取得了积极的进步。以报告讲解形式指导资源环境承载力研究工作两次；为《国土空间生态补偿制度研究（2020年度）》中《国外生态补偿制度与典型案例研究》提供国际前沿资料十余份；与重点实验室常务副主任袁国华，重点实验室成员席皛联合撰写名为《Dynamic Analysis of Future Nickel Demand, Supply, and Associated Materials, Energy, Water, and Carbon Emissions in China》文章，正在审稿中；指导重点实验室成员周伟、张志敏发表文章；作为共同导师培养重点实验室成员周伟博士学习工作（已获得博士学位）。

此外，发表单位署名为重点实验室的文章6篇，分别为：

1.Elshkaki, A., 2021.The Impacts of Material-Energy-Water-Carbon Nexus on the Sustainability of Lighting Technologies.ACS Sustainable Chemistry and Engineering, 9, 4224-4233. (IF. 7.632).

2.Zhou, W.,Elshkaki, A.,Zhong, S.,Shen, L., 2021.Study on relative carrying capacity of land resources and its zoning in 31 provinces and regions of China.Sustainability, 13, 3, 1459. (IF. 2.576)

3.Shen, L., Zhong, S.,Elshkaki, A.,Zhang, H., Zhao, J., 2021.Energy-cement-carbon emission nexus and its implications for future urbanization in China.JSDEWES, 1080354. (CS. 3.7).

4.Elshkaki, A.,2020.Long-term analysis of critical materials in future vehicles electrification in China and their national and global implications.Energy,202,117697. (IF. 6.082).

5.Zhang, H., Shen, L., Zhong, S.,Elshkaki, A., 2020. Economic Structure Transformation and Low-Carbon Development in Energy-Rich Cities: The Case of the Contiguous Area of Shanxi and Shaanxi Provinces, and Inner Mongolia Autonomous Region of China.Sustainability, 12, 1875. (IF. 2.576).

6.Elshkaki, A.,2019.Materials, energy, water, and emissions nexus impacts on the future contribution of PV solar technologies to global energy scenarios.Nature Research -Scientific Reports, 9,19238. (IF. 3.998).

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