Sun Min

Personal profile

Sun Min, female, born in 1979, is a doctor, professor, doctoral supervisor, and vice president of Shanxi Institute of Functional Agriculture. Shennong Young Talents of the Ministry of Agriculture and Rural Affairs, the distinguished professor of the young "Sanjin Scholars", the academic and technical leader of Shanxi Province, the female scientific and technological workers of Shanxi Province, the young outstanding talents of the "Sanjin Talents" support program of Shanxi Province, the director of Shanxi Functional Agricultural Engineering Research Center, the director of Shanxi Provincial Key Laboratory of Crop Physiology and Dryland Cultivation Physiology, and the head of the innovation support and cultivation team of "1331 Project" of dryland cultivation and crop physiology Deputy chief expert of Shanxi wheat industrial technology system, member of the wheat expert guidance group of Shanxi Provincial Department of Agriculture and Rural Affairs, expert of the think-tank of the 12th Shanxi Provincial Committee of the CPPCC, advanced instructor of social practice of the Chinese People's Political Consultative Conference, deputy chairman of the National Functional Agricultural Science and Technology Innovation Alliance, deputy chairman of the Selenium Industrial Technology and Health China Innovation Platform Alliance, and executive director of Shanxi Dryland Agricultural Association Member of the Expert Technical Committee of "Shanxi Millet" Industry Alliance of Shanxi Food Industry Association, member of Shanxi Grain and Oil Standardization Technical Committee, member of Shanxi Coarse Grain Association, visiting researcher of Jiangsu Selenium Bioengineering Technology Research Center, member of Jinzhong Rural Revitalization Association, exemplary individual of Jinzhong Poverty Alleviation and Development Association, and expert of Xinjiang Modern Agricultural Think Tank.

 

  

Academic Education & Work Career

Academic Education

2004   to 2007	Doctor   of Agricultural Product Safety and Environment, Yangzhou University
2001   to 2004	Master   of Crop Cultivation and Tillage, Shanxi Agricultural University
1997   to 2001	Bachelor   of Agriculture, College of Agriculture, Shanxi Agricultural University

Work Career：

2007.06   to 2010.12	Lecturer,   Department of Crop Cultivation and Cultivation, College of Agriculture,   Shanxi Agricultural University
2008.01   to 2010.01	Post-doctor   of Crop Science Mobile Station of Shanxi Agricultural University
2008.06   to present     2010.12   to 2015.12     2015.05   to 2016.06   2015.12   to present   2019   to present   2022.10   to present	master   director of the Department of Crop Cultivation and Tillage, College of   Agriculture, Shanxi Agricultural University Associate   Professor, Department of Crop Cultivation and Tillage, College of   Agriculture, Shanxi Agricultural University Visiting   scholar and postdoctoral fellow of the Department of Agriculture of Canada Professor   of Department of Crop Cultivation and Tillage, College of Agriculture, Shanxi   Agricultural University Director   of the Department of Cultivation and Cultivation, College of Agriculture,   Shanxi Agricultural University Vice   President of Shanxi Institute of Functional Agriculture

 

 

Main Research directions

1. Dryland cultivation and crop physiology

2. Functional agriculture

Overview of Teaching and Research

Since taking up the post, he has taught courses such as crop cultivation, scientific and technological paper writing, introduction to water-saving agriculture, and guided about 8 undergraduates, 3-4 masters and 1-2 doctors every year, with an annual workload of more than 600 hours. He presided over one school-level educational reform project, participated in one national-level and one school-level educational reform project, and won the first prize of Shanxi Provincial Teaching Achievement Award (Higher Education) in 2021. In terms of scientific research, we carried out research and technology integration demonstration and promotion of dryland wheat water storage and moisture conservation, stable and efficient cultivation and cultivation technology, and the summarized results won the first and second prizes of Shanxi Provincial Science and Technology Progress (science and technology), one second prize of natural science, one third prize of Shanxi Provincial Standard Innovation Contribution Award, and one third prize of Shanxi Provincial Technical Contracting Award, It won the first prize and the second prize of the excellent scientific research achievements (science and technology) of Shanxi Province's colleges and universities. The developed green high-yield cultivation technology of optimizing water and fertilizer for wheat cultivation and sowing in irrigation areas set the record of the highest yield of wheat in Shanxi Province in 2017, 2019, 2021 and 2022, and was listed as the main technology in Shanxi Province in 2021 and 2022. Research and develop the integration and demonstration of wheat nutrition intensification and directional cultivation technology in selenium-rich areas, and the selenium research results have been listed as two points of the study of the International Selenium Research Institute in 2022.

 

During the period, three provincial platforms were approved, namely, the "1331 Project" key innovation and cultivation team of the Department of Education of Shanxi Province, the 1331 key laboratory of the Department of Education of Shanxi Province, and the Shanxi Functional Agricultural Engineering Research Center; The doctor workstations of "germplasm creation and cultivation physiology" of Yicheng and Xinjiang have been established. Presided over 4 national projects, 11 provincial projects, 13 authorized patents, 2 local standards, 2 monographs and 2 editorials of the National Natural Science Foundation and the National Key Research and Development Subproject; He has published more than 200 papers, 22 of which were published by the first author, 15 of which were included in SCI; In 2019, Wenxi Base was approved as "Shanxi Provincial Star Creation World", and in 2021, Hongdong and Wenxi Base were listed as "Science and Technology Academy"

Teaching and Research Projects

1. The induction and feedback regulation mechanism of deep water storage and nitrogen transfer on wheat roots in dryland (hosted) (general project of the National Natural Science Foundation of China) (No. 32272216) (2023-2026)

2. Demonstration of green and high-quality production technology for storing water, preserving moisture and reducing weight in dryland wheat (hosted) (central and local science and technology development fund project) (No: YDZJSX2021C016) (2021-2022)

3. Integrated demonstration research and standardization of green production technology for water storage and moisture conservation in dryland wheat in China and Pakistan (hosted) (Shanghai Cooperation Institute of Modern Agricultural Development) (No.: SC021B004) (2022)

4. Research and demonstration of cultivation technology of reducing fertilizer application and improving quality and efficiency in northern wheat (presided over) (national key research and development technology sub-project) (No.: 2018YFD0200401) (2018-2020)

5. Research on nitrogen movement in dryland wheat soil and geometric spatial configuration of deep root system (hosted) (National Natural Science Foundation of China) (No. 3110112) (2012-2014)

6. Research on the impact of organic fertilizer replacing nitrogen fertilizer on yield and quality based on dryland wheat moisture exploration and furrow sowing (presided over) (subject of major special key laboratory of Shanxi Province) (No.: 202003-2) (2021-2023)

7. Research on the effect of cultivation and water storage on deep root induction of dryland wheat and the regulation mechanism of nitrogen fertilizer (hosted) (Shanxi Province Returned Scholarship Fund) (No.: 2022-105) (2022-2025)

8. Shanxi Functional Agricultural Engineering Research Center (hosted) (Shanxi Development and Reform Commission)

9. Organic dry farming and cultivation physiology innovation team (host) (key innovation team of Shanxi 1331 Project)

10. Establishment of organic dryland agricultural wheat scientific research demonstration base (presided over) (construction project of organic dryland wheat production base of ten industrial clusters in 2021)

11. Research and demonstration of industrial technology of main functional crops in Shanxi Province (presided over) (sub-project of the special research project of Shanxi agricultural grain construction) (No.: SXNGJSKYZX201703) (2018-2019)

12. R&D of functional agricultural technology - R&D and demonstration of high yield and high efficiency cultivation technology of selenium-rich crops (presided over) (Jinzhong Key R&D Plan of Science and Technology) (NO: Y-172007-2) (2017-2018)

13. Research, development and application of dryland wheat rotation tillage, water storage, weight loss, high yield and high quality cultivation technology (hosted) (Shanxi Provincial Scholarship Fund) (No.: 2017-68) (2017-2020)

14. Research and application of water storage and moisture conservation "fertilization due to water" technology for dryland wheat in the fallow period (presided over) (Shanxi Provincial Science and Technology Research Program) (No.: 20140311008-3) (2014-2016)

15. Demonstration and promotion of dryland wheat water storage, moisture conservation and yield increase technology (hosted) (Shanxi Agricultural Technology Extension Demonstration Action Project) (No.: SNJTGSFXD201411) (2014)

16. Construction of precision water-saving agricultural experimental base (presided over) (water-saving engineering construction project in Shanxi Province) (No.: 2014-1-6) (2014)

17. Special funds for the construction of national modern agricultural industrial technology system (participation) (Ministry of Agriculture) (No.: CARS-03-01-24) (2011-2020)

18. Innovation of the construction mode and mechanism optimization of Shanxi Wheat Cooperative Cultivation Base based on the integration of production and education (hosted) (Shanxi Agricultural University Teaching Reform Research Project) (YB-202004) (2020)

19. Construction of agricultural comprehensive practice education platform and innovation of characteristic education mode (participation) (Shanxi Agricultural University teaching reform project) (ZD-201801) (2019-2020)

20. Research on innovative practice of new agricultural diversified talent cultivation mode based on "four aspects" (participation) (New Agricultural Research and Reform Practice Project of the Ministry of Education) (2020-2024)

Presentative papers

1. First Author. Sun Min, Ren Ai xia, Gao Zhi qiang, Wang Peiru, Mo Fei, Xue Ling zhu, Lei Miaomiao. Long-term evaluation of tillage methods in fallow season for soil water storage, wheat yield and water use efficiency in semiarid southeast of the Loess Plateau. Field Crops Research, 2018, 218: 24-32 (SCI)

2. Parallel first author. Deng Yan, Sun Min, Gao Zhiqiang, Zhao Hongmei, Ren Aixia, Li Guang, Yang Zhenping, Zong Yuzhen. Effects of tillage in fallow period and sowing methods on water storage and grain protein accumulation of dryland wheat. Pak. J. Agri. Sci., Vol. 52(1), 1-8; 2015(SCI)

3. First Author. Sun Min, Zhi-qiang Gao, Ai-xia Ren, Yan Deng, Wei-feng Zhao, Hong-mei Zhao, Zhen-ping Yang, Li-heng He and Yu-zhen Zong. Contribution of Subsoiling in Fallow Period and Nitrogen Fertilizer to the Soil-water Balance and Grain Yield of Dryland Wheat. International journal of agriculture and biology. 2015,17(1): 175-180(SCI)

4. Corresponding author.Shaobo Yu, Shahbaz Khan Baloch, Fei Mo, Aixia Ren, Wen Lin, Yu Feng, Shifeng Dong, Jie Ren, Wenxiang Wang, Hafeez Noor, Zhenping Yang, Min Sun*, Zhiqiang Gao. Determining optimal nitrogen input rate on the base of fallow season precipitation to achieve water use efficiency and higher yield. Agricultural water management, 2021,246. (SCI)

5. Corresponding author. Han, X., Feng, Y., Zhao, J., Ren, A., Lin, W., Sun, M. Gao, Z.,  (2022). Hydrothermal conditions impact yield, yield gap and water use efficiency of dryland wheat under different mulching practice in the Loess Plateau.Agricultural Water Management，264: 107422. (SCI)

6. Corresponding author. C.H. GAO, M. SUN, S. ANWAR, B. FENG, A.X. REN, W. LIN, and Z.Q. GAO. Response of physiological characteristics and grain yield of winter wheat varieties to long-term heat stress at anthesis. International Journal for Photosynthesis Research, PHOTOSYNTHETICA 59 (4): 640-651, 2021.（SCI）

7. Corresponding author. Feng Y, Lin W, Yu S, Ren A, Wang Q, Noor H, Xue J, Yang Z, Sun M, Gao Z. 2021. Effects of fallow tillage on winter wheat yield and predictions under different precipitation types. PeerJ 9:e12602 DOI 10.7717/peer j.12602 （SCI）

8. Corresponding author. Zhang Juan, Khan Shahbaz, Sun Min*,  Gao Zhiqiang, Liang Yanfei, Yang Qingshan, Zhang Huiyu, Li Niannian. Coordinated improvement of grain yield and protein content in dryland wheat by subsoiling and optimum planting density. Applied Ecology and Environmental Research. 2018: 7847-7865(SCI).

9. Corresponding author. Hao Li, Jie Zha†, Aixia Ren, Min Sun*, Wen Lin* and Zhiqiang Gao. Closing the Yield Gap and Achieving High Water Use Efficiency with Field Management Practices in Dryland Wheat: A Case Study on the Loess Plateau. International journal of agriculture & biology, 2020: 1814–9596(SCI)

10. Corresponding author. Noor, H, khan, S, Min, S*, Yu, S Ren, A et al., (2020): Effect of different sowing methods and Nitrogen rates on Yield and Quality of winter wheat in loess plateau of china. Applied ecology and environmental research. 2020,18(4):5701-5726(SCI)

11. Corresponding author. Noor, H, Min,S*, Ren, A, Lin, w, et al.,(2020); Effect of Seeding rate on soil water consumption yield and quality under wide space sowing of dryland Winter wheat on the loess plateau, China. Applied ecology and environmental research. 2020,18(5):7167-7188(SCI)

12. Corresponding author. Noor, H, Min,S*, Ren, A, Lin, w, et al.,(2020); Effects of planting methods and nitrogen rates on nirogen use efficiency, yield and quality of winter wheat on the Loess Plateau of China.Applied ecology and environmental research. 2020, accepted. (SCI)

13. Corresponding author. H Noor ., Q wang., M a., Islam , M Sun., W Lin., A X. Ren., Y  feng., S B. Yu., N Fida., S F. Dong., P R. Wang. L  Li., Z X. Wang., R R. Zhang., Q L. Zhao., P C. Ding., and Z Q. Gao.: Effects of sowing methods and nitrogen rates on photosynthetic characteristics, yield and quality of winter wheat [J] – Photosynthetica. 59 (2): 277-285, 2021. (SCI)

14. Corresponding author. Hafeez Noor., Min Sun*., Wen Lin., Zhiqiang Gao., (2022). Effect of Different Sowing Methods on Water Use Efficiency and Grain Yield of Wheat in the Loess Plateau, China [J] –Water, 2022(Accept) (SCI)

15. Corresponding author. Hafeez Noor., Ruixuan Hao., Peiru Wang., Aixia Ren., Min Sun., Pengcheng Ding., Zhiqiang Gao., (2022). Effects of nutrient management strategies on yield formation of dryland wheat in the Loess Plateau of China [J] –Journal of Food and Nutrition Research. 2022(Accept) (SCI)

16. Corresponding author. Xue Lingzhu, Shahbaz Khan, Sun Min*, Sumera Anwar, Ren Aixia, Gao Zhiqiang, Lin Wen, Xue Jianfu, Yang Zhenping, Deng Yan. Effects of tillage practices on water consumption and grain yield of dryland winter wheat under different precipitation distribution in the loess plateau of China. Soil & Tillage Research, 2019, 191.66-74(SCI)

17. Corresponding authors: Xue Lingzhu, Sun Min *, Gao Zhiqiang, Wang Peiru, Ren Aixia, Lei Miaomiao, Yang Zhenping Effects of deep loosening and water storage incremental seeding on plant nitrogen utilization, grain yield and protein formation of dryland wheat China Agricultural Science, 2017, 50 (13): 2451-2462

18. Corresponding authors: Li Niannan, Sun Min *, Gao Zhiqiang, Zhang Juan, Zhang Huitao, Liang Yanfei, Yang Qingshan, Yang Zhenping, Deng Yan A study on the relationship between water consumption and nitrogen uptake and utilization of plants during deep subsoiling and mulching in dryland wheat fields in extreme years China Agricultural Science, 2018, 51 (18): 3455-3469

19. Corresponding author Tian Xin, Sun Min *, Gao Zhiqiang, Zhang Juan, Lin Wen, Xue Jianfu, Yang Zhenping, Mo Fei Effects of sowing time and amount on soil water consumption and plant nitrogen transport of dryland wheat Journal of Applied Ecology, 2019, 30 (10): 3443-3451

20. Corresponding authors: Zhao Jie, Lin Wen, Sun Min *, Ren Aixia, Tong Jin, Li Hao, Wang Xinwei, Gao Zhiqiang Effects of deep ploughing and trenching on the utilization of water and nitrogen resources of dryland wheat in the fallow period [J]. Journal of Applied Ecology, 2021, 32 (04): 1307-1316

Monographs and textbooks

1. Research on Nitrogen Absorption and Transfer and Yield and Quality Formation of Wheat in Dryland on the Loess Plateau. China Agricultural Publishing House, 2013. monograph

2. Research on Physiological Mechanism of Nitrogen Fertilizer Production Efficiency Differences among Different Wheat Varieties, Shanxi Economic Publishing House, 2009 Monographs

3. Cultivation Techniques of High Quality Wheat Shanxi Economic Publishing House 2008

4. 10000 Scientific Problems. Science Press 2011

Achievement , patent and regulation

Achievement

1.The research and development and application of the green technology for reducing weight and increasing production of dryland wheat by water, the second prize of Shanxi Provincial Science and Technology Award (Science and Technology Progress), ranked first in 2021.

2. The research and development and application of dryland wheat water storage, moisture conservation and yield increase technology and supporting agricultural machinery, the first prize of Shanxi Provincial Science and Technology Award (science and technology progress category), ranked second in 2015.

3. The second prize of the Shanxi Provincial Science and Technology Award (natural science) for the research on the root-soil moisture system and the efficient utilization mechanism of water and fertilizer of dryland crops in the Loess Plateau, in 2019, ranked second.

4. The cultivation technical regulations for water storage and moisture conservation of dryland winter wheat, the third prize of Shanxi Provincial Standard Innovation Contribution Award, 2019, ranked first.

5. The technology of stable yield and high yield of dryland wheat and efficient utilization of water and fertilizer, the second prize of Shanxi Provincial Rural Technical Contracting Award, 2016, ranked third.

6. The research, development and application of green and high-quality production technology of dryland wheat based on soil moisture and fertilization, the second prize of excellent scientific research achievements of Shanxi Province's colleges and universities, ranked first in 2019.

7. The research and development and application of dryland wheat water storage, moisture conservation and yield increase technology and supporting agricultural machinery, the first prize of excellent scientific research achievements of Shanxi Province's colleges and universities, ranked second in 2014.

8. The first prize of Shanxi Provincial Teaching Achievement Award (Higher Education), ranked fifth in 2021, is the exploration and practice of the characteristic path of relying on the cooperation of agricultural science and education base to cultivate "towering" and rich new farmers.

Patent

1. Sun Min, Sun Hua, Yang Zhenping, Ren Aixia, Wen Feifei, Ge Xiaomin, Gao Zhiqiang. Soil sampler, China, patent number: 201220124111. X, authorization date: October 24, 2012.

2. Sun Min, Sun Hua, He Liheng, Ren Aixia, Ge Xiaomin, Wen Feifei, Gao Zhiqiang A soil sampler, China, patent number: 201220198811.3, authorization date: November 28, 2012.

3. Sun Min, Gao Zhiqiang, Ren Aixia, Ge Xiaomin, Wen Feifei, Xing Jun, Jia Xiaojiao, Deng Yan, Sun Hua Rotary tiller, China, patent number: 201320048163.8, authorization date: July 24, 2013.

4. Sun Min, Gao Zhiqiang, Ren Aixia, Ge Xiaomin, Wen Feifei, Xing Jun, Jia Xiaojiao, Deng Yan, Sun Hua Rotary tillage roller, China, patent number: 201320064594.3, authorization date: July 24, 2013.

5. Sun Min, Gao Zhiqiang, Xing Jun, Zhang Meng, Fang Pengxia, Jia Xiaojiao, Zhao Hongmei, Li Guang, Zhao Weifeng Rotary tillage and moisture preservation machine, China, patent number: 201320069343.4, authorization date: July 24, 2013.

6. Sun Min, Gao Zhiqiang, Zhang Meng, Fang Pengxia, Xing Jun, Jia Xiaojiao, Li Guang, Zhao Weifeng, Zhao Hongmei. A tube multi-head pipette, China, patent number: 201320069302.5, authorization date: July 24, 2013.

7. Sun Min, Gao Zhiqiang, Bai Dong, Cui Kai, Liu Qingjian, Zhao Hongmei, Li Guang, Zhao Weifeng. A test tube cleaning machine, China, patent number: 201320069194.1, authorization date: July 24, 2013.

8. Sun Min, Xu Jing, Gao Zhiqiang, Sun Hua, Xing Jun, Wang Shuai, Gao Yanmei, Zhao Weifeng, Yang Zhenping. Rotary membrane remover, China, patent number: 201420050132.0, authorization date: September 24, 2014.

9. Ren Aixia, Sun Min, Lin Wen, Xue Jianfu, Chen Jie, Gao Zhiqiang, Yu Shaobo, Nuha, Bai Xue, Yin Lu, Ren Jie. A multi-head constant volume device, China, patent number: 201920802627.7.

10. Ren Aixia, Sun Min, Lin Wen, Xue Jianfu. A multifunctional laboratory distillation bucket, patent number: ZL201921279574.1, authorization date: April 7, 2020.

11. Lin Wen, Chen Jie, Zhao Jie, Li Hao, Yin Wen, Xue Jianfu, Sun Min, Gao Zhiqiang. A crop stem flow measuring device, patent number: ZL 2019 2 12200397. X, authorization date: June 19, 2020.

12. Ren Aixia, Yu Shaobo, Wang Qiang, Feng Yu, Xue Jianfu, Lin Wen, Ding Pengcheng, Hou Feifan, Zhang Dongsheng, Shahbaz Khan, Nuha, Qin Jiwei, Zhang Rongrong, Zhao Qingling, Sun Min. The utility model relates to a small fertilizer seeding and pressing integrated machine. Patent No.: ZL2020 21058857.6. Date of authorization: February 12, 2021

13. Ren Aixia, Wang Qiang, Feng Yu, Yu Shaobo, Nuha, Xue Jianfu, Lin Wen, Ding Pengcheng, Hou Feifan, Zhang Dongsheng, Shahbazi Khan, Qin Jiwei, Li Lei, Ma Ru, Sun Min. The utility model relates to a manual wheat root irrigation and topdressing machine. Patent No.: ZL2021021018409.3. Date of authorization: February 9, 2021

 

Honors and Awards

1. Shanxi Professors Association

2. Model teachers of teaching and educating people in Shanxi Agricultural University

Contact information

Address：Shanxi Agricultural University, No. 1, Mingxian South Road, Taigu District, Jinzhong City, Shanxi Province

Postcode：030801

Email：sm_sunmin@126.com

Tel： 13623541985