1. 产业生态与循环经济

2. 城市代谢与城市矿产

3. 物质代谢系统与再生资源回收利用

纵向课题

1. 我国住宅建筑休眠存量的时空变化规律、区域格局及对策研究，国家自然科学基金面上项目，58万，主持，结题

2. 我国电池储能系统关键金属代谢特征、演化规律及调控对策研究，国家自然科学基金面上项目，47万，参与，在研.

3. 高消耗、高排放产业绿色技术创新体系研究，科技部APEC国际合作项目，45万元，参与，结题。

4. 基于全寿命周期评价的建筑节能定量评估标准和应用软件系统开发研究，山东省科技厅科技发展计划项目，13万，主持，结题,

5. 国际科技合作在促进科技创新中的作用，山东省软科学重大项目，6万，参与，结题。

6. 黄河三角洲高效生态经济区生态文明建设试验区政策体系研究，山东省发改委，30万，参与，结题。

7. 黄河流域の水利用・管理の高持続性化，戦略的創造研究推進事業CREST，日本文部省，4.68亿日元，参与，结题。

8. 近年の黄河の急激な水循環変化とその意味するもの，総合地球環境研究所，1.8亿日元，参与，结题。

9. アジア低炭素社会に向けた中長期的政策オプションの立案・予測・評価手法の開発とその普及に関する総合的研究，13亿日元，日本环境省，参与，结题。

10. 社会経済発展と水資源需給構造の空間分析，（财）水环境科学振兴机构，481万日元，主持，结题。

11. 山东省战略矿产资源评估与“城市矿产”开发技术研究，山东省科学院科教产融合创新试点工程项目，288万，主持，结题

12. 基于空间MFA的城市矿山开发决策系统的开发与应用 山东省科学院智库专项30万，主持，结题。

13. 基于MFA的山东省资源消费量数据库构建与循环经济评价指标体系研究 山东省科学院智库专项 243万，主持，结题。

技术研发

1. 山东钢铁集团循环经济产业发展规划暨循环经济产业基地初步方案设计，武汉循环经济研究院/横向委托 20万，主持，结题。

2．邹城市工业园区循环化改造项目，山东省邹城市工业园区管委会/横向委托，30万，主持，结题。

3. 临沂金锣科技园区食品产业发展战略规划，临沂市金锣科技园管理办公室/横向委托，50万，主持，结题。

4. 湖北省建筑垃圾资源化利用实用技术研究，湖北省环科院/横向委托，25万，主持，结题。

5.山东省节能量交易交易制度研究，山东省政府节能办公室/横向委托，30万，参与，结题。

6. 淄博工业园资源循环利用和污染控制规划，中国环境科学院/横向委托，13万，参与，结题。

著作

1. 《物质流分析应用实践》，山东人民出版社，印刷中. 

2. 第3章 循环经济带动新城新旧动能转换，《中国新城新区发展报告2018》，中国发展出版社，2019。

3. 《科技战略与创新政策文集-基于山东的视觉》（编辑委员），经济管理出版社，2018.4.

4. 《山东省发展实践和动态评价2005-2016》，山东人民出版社，2017. 

5. 環境篇「中国迅猛的社会経済発展對地区水供需差距的影響」，当代日本中国研究 第三輯，社会科学文献出版社，pp. 223-257，2014.

6. 黄河の水環境問題－黄河断流を読み解く－（福嶌義宏・谷口真人 編），第2章2節＆6節，学報社，pp.15-31，2008.

软件著作权

1. 区域废弃物资源数据库信息系统平台，登记号2022SR0073163, 2022.

2． 工业产业园区循环低碳数字化平台，登记号2022SR0073159 2022.

3. 新能源汽车动力电池锂资源存量及回收分析系，登记号2021SR1450741, 2021.

4. 工业园区产业共生与物质流仿真系统，登记号2021SR1450837, 2021.

5. 区域规划绿色生态定量核算辅助系统，登记号2018SR682086, 2017.

6. 建筑物全生命周期环境影响评估软件V1.0 登记号2016SR341928，2016.

期刊论文

1. Ming Shang1 ,YongchaoGao1,* , Liwen Zheng 1, Lei Ji 1, Jianhua Du 2, Xue Kong 1, Hui Wang 3, Feng Shi 1, Hailun Wang 1, Jianhui Liu 1, Xiaodong Yang 4 andZeyuWang, Vertical Distribution and Drivers of Antibiotic Resistance Genes in Agricultural Soil Irrigated with Livestock Wastewater, Microorganisms 2025, 13, 610.

2. Min Yang, Wenyu Wang ** , Huifang Ma, Lei Chen, Hongfang Ma * , Feng Shi **，Efficient tetracycline hydrochloride degradation via peroxymonosulfate activation by N doped coagulated sludge based biochar: Insights on the nonradical pathway，Environmental Research 266 (2025) 120554.

3. Feng Shi  (Corresponding author)，Efficient tetracycline hydroch2loride degradation via peroxymonosulfate activation by N doped coagulated sludge based biochar: Insights on the nonradical pathway，Environmental Research，2025.

4. 赵晨晨，曹鑫，石峰，陈学泓，崔喜红, 基于GeoEye-1立体像对影像提取建筑物高度的方法研究, 时空信息学报, 2097-3012(2023)01-0025-08.

5. Feng Shi  (Corresponding author)，Assessment and driving factor of housing vacancies in Shandong Peninsula urban agglomeration based on multi-source remote sensing data，Cell Press Heliyon，2023, 9, e16837.

6. Feng Han , Zhangcong Feng , Chao Wang, Nujie Yang , Dong Yang and Feng Shi -Interweaving Industrial Ecology and Ecological Modernization A Comparative Bibliometric Analysis, Sustainability 2021, 13, 9673.

7. Dong Yang, Mengyuan Dang , Lingwen Sun , Feng Han , Feng Shi, A System Dynamics Model for Urban Residential Building Stock towards Sustainability: The Case of Jinan, China, Int. J. Environ. Res. Public Health 2021, 18, 9520.

8. Feng Han · Mingxing Sun · Xuexiu Jia · Jiří Jaromír Klemeš · Feng Shi · Dong Yang, Agent-based model for simulation of the sustainability revolution in eco-industrial parks, Environmental Science and Pollution Research,2021.

9. Feng Shi  (Corresponding author)，Urban buildings material intensity in China from 1949 to 2015，Resources, Conservation & Recycling 159 (2020) 104824

10. Feng Shi  (Corresponding author)，Life cycle assessment of cleaner production measures in monosodium glutamate production: A case study in China ，Journal of Cleaner Production 2020,270:122-126

11. 石 峰（通讯作者），面向城市管理的城市建筑存量研究综述, 中国环境管理, 第4 期, 2019, 74-79.

12. Shaoying Zhang, Haoxin Li, Qi Zhang, Xin Tian, Feng Shi. Uncovering the impacts of industrial transformation on low-carbon development in the Yangtze River Delta. Resources, Conservation & Recycling 150 (2019) 104442

13. Jing Guo, Alessio Miatto, Feng Shi, Hiroki Tanikawa. Spatially explicit material stock analysis of buildings in Eastern China metropoles, Resources, Conservation & Recycling 146 (2019) 45–54.

14. XinTian,FuliBai, JinhuJia,YangLiu, FengShi.  Realizing low-carbon development in a developing and industrializing region: Impacts of industrial structure change on CO2 emissions in southwest China, Journal of Environmental Management, Volume 233, 1 2019, 728-738.

15. Xin Cao, Yang Hu, Xiaolin Zhu, Feng Shi, Li Zhuo, Jin Chen. A simple self-adjusting model for correcting the blooming effects in DMSP-OLS nighttime light images, Remote Sensing of Environment 224 (2019) 401–411.

16. Yinglei Wu , Yiling Xiong , Xin Tian, Yang Liu , Feng Shi. Decoding the carbonization mode of the south coastal economic zone in China from the perspective of a dynamic industrial structure, Journal of Cleaner Production 199 (2018) 518e528.

17. Pingdan Zhang, Haoming Yuan, Fuli Bai, Xin Tianb,∗, Feng Shi, How do carbon dioxide emissions respond to industrial structural transitions? Empirical results from the northeastern provinces of China, Structural Change and Economic Dynamics. doi.org/10.1016/j.strueco.2018.08.005, 145–154,

18.  Tao Wang, Feng Shi  (Corresponding author), Qian Zhang , Xuepeng Qian, Seiji Hashimoto . Exploring material stock efficiency of municipal water and sewage infrastructures in China, Journal of Cleaner Production. 181: 498–507, 2018.

19.  Feng Shi* (Corresponding author) Comparative study of cement manufacturing with different strength grades using the coupled LCA and partial LCC methods---a case study in China, Resources, Conservation & Recycling Vol.119, April 2017, Pages 60–68,

20.  Xin Tian, Miao Chang, Feng Shi, Hiroki Tanikawa. Decoding the effect of socioeconomic transitions on carbon dioxide emissions: Analysis framework and application in megacity Chongqing from inland China, Journal of Cleaner Production 142 (2017) 2114e2124.

21. Chen Chang, Feng Shi, Keijiro Okuoka, Hiroki Tanikawa: The Metabolism Analysis of Urban Building by 4d-GIS – A Useful Method for New-type Urbanization Planning in China, Universal Journal of Materials Science, Vol 4,No 2, pp. 40 - 46, DOI:10.13189/ujms.2016.040204 , 2016

22. 杨东，石峰：基于4D-GIS的城市建筑时空代谢分析-以鄂州市为例，Vol.6, 104-106，2016.

23. T. Huang, A. Onishi, F. Shi, M. Morisugi, M. L. Cherry: Regional characteristics of industrial energy efficiency in China: application of stochastic frontier analysis method, Frontiers of Environmental Science & Engineering, 9(3), pp. 506-521, 2015. DOI 10.1007/s11783-014-0656-y.

24. 李金雪，石峰，崔树强：我国建筑垃圾产生量的时空特征分析，《科学与管理》, 2015(5):50-56

25.  Xin Cao., Jianmin Wang., Jin Chen., Feng Shi: Spatialization of electricity consumption of China using saturation-corrected DMSP-OLS data. Int. J. Applied Earth Observation and Geoinformation 28: 193-200 (2014)

26. Tian X*, Chang M, Shi F, Tanikawa H, 2014. How does industrial structure change impact carbon dioxide emissions? A comparative analysis focusing on nine provincial regions in China. Environmental Science & Policy, 2013 37: 243-254.

27. 石峰: 日本农村循环经济系统磷代谢分析——以北海道中札内村为例. 生态与农村环境学报》. 2013,29(6):695-688.（優秀論文賞）

28. Tao Huang.,Feng Shi.,Hiroki Tanikawa.,Jinling Fei., Ji Han：Material demand and environmental impact of buildings construction and demolition in China based on  dynamic material flow analysis. Resources, Conservation & Recycling, 2013,72, 91-101.

29. 季小妹,石峰,贾永飞.基于熵权法的山东省政府环境作为评价[J].山东科学，2013,10,26(5):111-116

30. 贾永飞, 孔凡萍 ,石峰 , 邵波,季小妹：黄河三角洲高效生态经济区的生态文明建设路径选择，科学与管理, 2013 (4) :49-53

31. 一ノ瀬俊明，大西暁生，石峰：黄河全流域における水資源需給構造の分類－地下水と地表水のバランスに注目して－，環境科学会誌，26(2)，167-179, 2013. （優秀論文賞）

32.  Feng. Shi., Tao. Huang, H. Tanikawa, Ji. Han, S. Hashimoto and Y. Moriguchi，Toward a Low Carbon Dematerialization Society: Measuring the Materials Demand and CO2 Emissions of Building and Transport Infrastructure Construction in China，Journal of Industrial Ecology,16(4), 493-505, 2012.08

33.  Xin Tian., Miao Chang., HirokiTanikawa., Feng Shi：HidefumiImura Regional Disparity in Carbon Dioxide Emissions Assessing Sectoral Impacts on the Carbon Dioxide Emissions Structure Among Regions of Mainland China, Journal of Industrial Ecology，16(4), 612–622, 2012.08

34.  Xin Tian., Miao Chang., HirokiTanikawa., FengShi： Hidefumi Imura； Structural decomposition analysis of the carbonization processin Beijing: A regional explanation of rapid increasing carbon dioxide emission in China, Energy Policy 2012 http://dx.doi.org/10.1016/j.enpol.2012.

35. 石峰，大西暁生，森杉雅史：メコン川流域における国際貿易構造変化とそれに伴う水資源の相互依存関係に関する研究，水文水資源学会誌，25(6), 362-372, 2012.

36. Xin Tian., Mao Chang., H.Tanikawa., Feng Shi.,  Hidefumi. Imura：Regional disparity in CO2 emissions: assessing sectoral impacts on the CO2-emission structure among regions of mainland China，Journal of Industrial Ecology,16(4), 612-622, 2012.08

37. 大西暁生，河村直幸，奥岡桂次郎，石峰，谷川寛樹：全国都道府県における都市構造物マテリアルストック需要量の将来シナリオ分析，土木学会論文集G（環境），Vol.68，No.5，地球環境研究論文集第20巻，pp.I_1-I_13，2012.

38.  Akio Onishi., Feng Shi., Xin. Cao.,Keijiro Okuoka., Masafumi Morisugi : Analysis of the Spatial Water Demand and Supply Structures in the Yellow River Basin, China, Journal of Environmental Information Science, Vol. 40-5, pp.89-100, 2012.

39.  Akio Onishi.,Sato Yoshinobu., Keijiro Okuoka., Feng Shi., Masafumi Morisugi : A Fundamental Study on Construction of Water Demand Model for Japanese Prefectures，Environmental Systems Research  Vol.40，pp.385-396，2012.

40. 石峰，大西暁生，谷川寛樹，黄韜，森杉雅史，井村秀文：中国水資源産業連関表の構築とインフラ建設投資の水資源への影響分析，環境科学会誌，Vol.24 No.4，pp. 290-303，2011.

41. Xin Tian., Hidefumi Imura., Mao Chang, Feng Shi., Hiroki Tanikawa：Analysis of the driving forces behind diversified carbon emission patterns in regions of China，Frontiers of Environmental Science and Engineering, Vol. 5(3),445 - 458, 2011.9

42. 大西暁生，石峰，森杉雅史，田中広樹，井村秀文：中国の急速な社会経済成長が地域の水需給ギャップに与える影響，水文・水資源学会誌，Vol.24 No.4，pp. 216-234，2011

43. 石峰，黄韜，王韜，谷川寛樹：日本的鉄路建設及相关物質存量的地区分布中国循环经济与生态工业学术论文集，Vol.6, 104-106，2011.

44. Onishi, X. Cao, T. Ito, F. Shi and H. Imura: Evaluating the potential for urban heat-island mitigation by greening parking lots, Urban forestry & Urban greening, Vol. 9 (4), pp.323-332, 2010. DOI:10.1016/j.ufug.2010.06.002.

45. Tian,X., F.Shi, M. Chang, H. Tanikawa, H. Imura, Evaluation of Carbon Footprint in China: A Regional Analysis Under Consumpsion-Based Carbon Emission Measurement, Proceedings of the Thirteenth International Summer Symposium, JSCE, Vol.13, 317-320, 2011 (Certificate of Excellent Presentation Awards)

46. Huang,T., F. Shi, H. Tanikawa, J. Fei, H. Imura, Industrial structure change and CO2 emission associated with infrastructure development in China, Environmental System Research,Vol.38, 301-307, 2010.

47.  Huang,T., F. Shi, J. Fei, H. Tanikawa, H. Imura, Study on the material stock of transportation construction associated with the development of infrastructure in China, Environmental Information Science, Vol.24, 149-154, 2010

48.  Huang,T., F. Shi, J. Fei, H. Tanikawa, H. Imura, Environmental impact analysis of construction development―Compare China and Japan, The 12th International Summer Symposium, JSCE, Vol.12, 323-326, 2010.

49. 稲津亮，谷川寛樹，大西暁生，東修，石峰，井村秀文：複数年の空間情報を用いた都市重量の変化に関する研究－建築物・道路を対象とした和歌山市中心部でのケーススタディ－，環境情報科学論文集，Vol.23，pp.89-94， 2009.

50. 長岡耕平，谷川寛樹，吉田登，東修，大西暁生，石峰，井村秀文：全国都道府県・政令都市における建設資材ストックの集積・分布傾向に関する研究，環境情報科学論文集，Vol.23，pp.83-88， 2009.

51.  L. Lei, O. Higashi, F. Shi, A. Onishi, H. Sirakawa and H. Imura: Study on Water Environmental Improvement in Xi’an City, Journal of Environmental Information Science, Vol. 37, No. 5, ｐpp.97-102, 2009.

52. 石峰，井村秀文，東修，大西暁生：中国省レベルの資源生産性と経済発展の要因分析，環境システム研究論文集，Vol.37，pp.237-244，2009.

53. F. Shi, A. Onishi, O. Higashi, H. Sirakawa and H. Imura: The Reallocation of water Right Policy and Carbon Dioxide Emissions in North China, Journal of Environmental Information Science, Vol. 37, No. 5, pp.91-96, 2009. [in Japanese]

54. F. Shi, H. Imura, A. Onishi, X. Cao and O. Higashi: Combinatory Efficiency of Water and Power Transfer Systems in North China, "From Headwaters to the Ocean: Hydrological Changes and Watershed Management", Taylor and Francis, pp.471-476, 2008. DOI: 10.1201/9780203882849.ch70[in English]

55. Akio Onishi, H. Imura, F. Shi , W. Fang, J. Han and Y. Fukushima: Study on future water supply and demand in the Yellow River Basin of China based on scenario analysis, "From Headwaters to the Ocean: Hydrological Changes and Watershed Management", Taylor and Francis, pp.459-464, 2008. DOI: 10.1201/9780203882849.ch68[in English]

56. 大西暁生，森杉雅史，石峰，井村秀文，渡邉紹裕，福嶌義宏：黄河流域の農業用水効率性に関する研究，沙漠研究 : 日本沙漠学会誌，Vol. 18-2，pp.45-55，2008.

57.  Onishi, M. Morisugi, H. Imura, F. Shi, T. Watanabe and Y. Fukushima: Study on the efficiency of agricultural water use in the Yellow River basin，Journal of Global Environment Engineering, Vol. 13, pp.51-67, 2008.

58. 大西暁生，森杉雅史，石峰，韓驥，白川博章，井村秀文：包絡分析法を用いた黄河流域の地域別農業用水効率性の評価に関する研究，環境情報科学論文集，Vol. 21，pp.543-548，2007.

59. 石峰，井村秀文，東修，曹鑫，大西暁生：中国における水権取引と地域開発，環境システム研究論文集，Vol.35，pp.199-206，2007.

60. Akio Onishi，H. Imura，J. Han，F. Shi and Y. Fukushima: Socio-economic activities and the balance between water resource supply and demand in the Yellow River basin, China，IAHS Publication 315, pp.320-327, 2007.

61. W.Fang, H.Imura and F.Shi：Wheat Irrigation Water Requirement Variability (2001~2030) in the Yellow River Basin under HADCM3 GCM Scenarios, Environmental science, Vol.19, No.1, pp.3-14, 2006.

会议报告

1. 基于战略性矿产资源安全视角的可再利用资源的社会存量和开发潜力测算，国家自然科学基金委员会214期双清论坛，2018.

2. The waste and environmental impact of building construction and demolition in Hubei province based on dynamic material flow analysis, Joint ISIE-ISSST Conference, 2017.

3. 城市矿产空间分布分析工具开发初探, 产业生态山东国际论坛, 2016.

4. A study of the potential of using worldview-2 of images for the detection of red attack pine tree. The Eighth International Conference on Digital Image Processing (ICDIP 2016).

5. A study on metabolism of urban buildings by using 4d-GIS in Hubei Province, China. Joint 12th SEM Section & 5th Asia-Pacific Conference, 2016.

6. 日本生活垃圾回收体系建设的经验和启示.首届城乡垃圾分类与低值可回收物资源化利用研讨会暨广州经验分享会,2016.

7. 石膏建材产业发展与循环经济—日本石膏产业发展的思考，第二十三届全国磷复肥行业年会,2016.

8. 4D-GIS动态物质流模型在中国城市规划建设中的应用，中国环境科学学会生态产业分会学术年会, 2016.

9. Regional differentiation of railway infrastructure and related material stocks in Japan, ISIE conference 2015.

10. 国際貿易に伴う水資源効率性の評価，日本環境共生学会総会・地域シンポジウムポスターセッション, 2015.

11. 東アジアを中心とする仮想水の概念を用いた水資源効率性の評価に関する研究，第10回日本LCA学会研究発表会講演要旨集，pp322-323, 2015．

12. An Impact Analysis of the Infrastructure Construction Investment Base on Water I-O Table in China, ISIE Asia-Pacific conference 2014.

13. 中国の社会経済成長と地域別水資源利用の特徴 -2000年以降の特徴に着目して-,日本沙漠学会2014年度第25回集学術大会講演 要旨集,pp.69-70,2014.

14. 物质流分析应用于生态城市研究的可能性, 中国生态学会年会, 2013.

15. 日本农村循环经济系统磷代谢分析-以北海道中札内村为例,中国环境科学学会生态与自然保护分会会议, 2013.

16. Material Flow Analysis for Transport Infrastructure and Building Construction in China, ISIE-MFA Socio-Economic Metabolism, 2012.

17. Study on materials and energy consumption in the Chinese Cement Industry，ISIE Asia-Pacific Meeting & ISIE MFA-ConAccount Meeting, 2010.

18. The Effect of water rights reallocation system of Yellow River Basin on water productivity, Regional Development and CO2 emission: a case study of Inner Mongolia, China, 7th International Symposium on Environmentally Conscious Design and Inverse Manufacturing, 2011.

19. The Regional disparity of Resource Productivity and Economic Development in China, The World Congress on Engineering and Technology (CET), 2011.

20. Resource Productivity and Economic Development in China: A Factor Analysis at the Provincial Level, 2011 Conference of the International Society for Industrial Ecology, Berkeley, California, June 7, 2011.

21. Reduction Potential for CO2 Emissions by Urban Structure Changes and Introduction of Photovoltaic Power Generation in Buildings and Unused Area in Nagoya City, Ecodesign2011 -Design for innovation value towards a sustainable society-, Springer, pp.843-848, 2011.

22. Evaluation of Carbon Footprint in China: A Regional Analysis Under Consumpsion-Based Carbon Emission Measurement Proceedings of the Thirteenth International Summer Symposium, JSCE, Vol.13, 317-320, 2011 (Certificate of Excellent Presentation Awards)

23. 黄河流域における水需給ギャップの高精度空間分布の把握,環境科学会2011 年会,pp. 82, 2011.

24. 都道府県におけるインフラストックの形成と産業構造の変化の関連性についての分析，平成22年度土木学会中部支部研究発表会，pp.649-650, 2011.

25. 都道府県別における低炭素社会実現のための政策評価ツールの作成,環境科学会年会, 2011.

26. 低炭素社会を目指した都道府県別CO2排出量の将来推計モデルの開発,環境システム研究論文発表会講演集,Vol.39, 2011.

27. 建設ストックの充実とライフスタイルとの関係性に関する基礎的研究 平成22年度土木学会中部支部研究発表会，pp.653-655, 2011.

28. マテリアルストックと産業構造の変化に関する研究－4d-GISを用いた道路構造物のケーススタディ， 第24回環境研究発表会，環境情報科学, 2011.

29. Study on materials and energy consumption in the Chinese Cement Industry, ISIE Asia-Pacific Meeting & ISIE MFA-ConAccount Meeting, 2010.

30. The Regional Analysis of Resource Productivity in China, The 9th International Conference on EcoBalance, 2010.

31. 社会基盤ストックの充実による産業構造の変化の時系列産業連関分析, 平成21年度土木学会中部支部研究発表会，2010.

32. 中国セメント産業におけるマテリアルフロー分析,環境情報科学,Vol.39-1,pp.128-129,2010.

33. Water Demand-Supply Gap of Rivers in South of China: Under Several Scenarios of Socio-economic Growth, The 3rd AREES International Joint Conference, 2010.

34. Study on the material stock of transportation construction associated with the development of infrastructure in China， Environmental Information Science, Vol.24, 149-154, 2010.

35. 中国の社会経済発展の違いによる将来の水需要量の変化に関する研究,日本沙漠学会第20回学術大会,pp.93-94, 2009.

36. Study on The Economic Impact of Enhancement of Industrial Water Recycling in North China, International Seminar on Manufacturing Management and Environmental Management, pp.612-618, 2008.

37. Water rights transfers and regional development in china, Proceedings of YRIS Meeting, 2008.

38. 黄河流域の水環境問題と水権取引,環境経済・政策学会2008年大会,2008.

39. 黄河流域の農業用水利用評価における経済分析手法の適用,日本沙漠学会18回学術大会,pp.87-88,2007.

40. Estimation of Water Demand and Supply in the Yellow River Basin : Towards an Analysis Tool with Socio-economic Factors, the International Workshop on Land and Water Management in Arid Region, 2006.

41. Impact of human activities on water resource demand and supply balance of the Yellow River basin, RIHN 1st International Symposium - Water and Better Human Life in the Future-, Poster Session Abstracts, 2006.

汾河流域における水資源管理の調査報告,環境科学会2005年会講演集, 2005.

本科生课程

1. 《生产实习》

2. 《毕业实习》

3. 《工业生态原理与工程》

研究生课程

1. 《生态保护与修复》

指导研究生

1. 2024级硕士：赵一喆