Liang gaimei

Personal profile

Liang gaimei, female, born in 1979, Doctor’s degree, associate researcher, master’s supervisor, mainly engaged in dry farming and water saving research. Now I am working at Shanxi Institute of Organic Dryland Farming, Shanxi Agricultural University.

Academic Education & Work Career

Academic Education

Work Career：

Main Research directions

1. Dryland cultivation and crop physiology

2. Agronomy and seed industry

Overview of Teaching and Research

Long-term engaged in dry farming and water saving research, I have presided over many projects of Shanxi Province, such as Science and Technology Projects, Basic Research Program, Study Abroad Program, etc. I also participated in National Special Project of Agricultural Scientific Research for Public Welfare Industry，State key R&D Program and Key R & D Program of Shanxi Province up to more than 10 projects. Publish more than 20 papers and one book in international or national academic journals. And authorized 10 national patents，enacted 2 local standards, and acquire two scientific and technological progress prize, one patent award and two rural technology award in Shanxi Province.

Teaching and Research Projects

1. Study on the mechanism of soil water and Nitrogen Movement and crop yield under the change of tillage pattern（20210302124162）,Shanxi Basic Research Program Project, 2022-2025，Preside over.

2. Study about effects of straw returning on soil quality improvement under different tillage systems（YBSJJ2016）, Doctor’s Fund Project of Shanxi Academy of Agricultural Sciences, 2020-2022，Preside over.

3. Study on the key cultivation factors of high-yield maize in different ecological regions of Shanxi Province（2015-117）, Study Abroad Program of Shanxi Province, 2015-2018，Preside over.

4. Study on the technology of improving soil, fertilizing, increasing water storage in in dryland maize（YCX2018409）, Science and Technology Innovation Project of Shanxi Academy of Agricultural Sciences, 2018-2020, Preside over.

5. Study on semi-arid cultivation techniques of maize in Jinzhong Basin（20140311002-4）, Science and technology project of Shanxi Province, 2014-2016, Preside over.

6. Study on technology integration and industrialization for increasing both yields and benefits of spring maize in Pingchuan district, Jinzhong, State key R&D Program, 2015-2019, Join/ Preside over.

7. Study and demonstration on maize water efficient utilization technology in rain-fed farmland of Shanxi Province（201303104）, 2013-2017, Join.

8. Effects of crop rotation and fallow on soil ecology and green production in Dryland（201703D1002-4）, 2017-2020, Join.

Presentative papers and works

1. Liang，G. M，Chi，B. L，Li, N. N, Chen, W. L, Qin, W, Wu, X, P &Huang, X. F. Evaluating agronomic factors for maize production in a semi-arid Loess Plateau[J].Agronomy Journal. 2021, 1-13. https://doi. org/10.1002/ agj2.20818

2. Liang Gaimei, Wang Yuguo, Chi Baoliang, Li Nana, Chen Wenliang, Qin Wei. Exploring optimal soil mulching to enhance maize yield and water use efficiency in dry land areas in China [J]. Acta agriculturae scandinavica, section B-soil & plant science, 2018, Vol.68, No.3, 273-282.

3. Zhu X; Feng Y; Liang G; Liu N; Zhu JK Aequorin-based luminescence imaging reveals stimulus- and tissue-specific Ca²⁺ dynamics in Arabidopsis plants. Molecular plants [J]. Molecular plant, 2013,Vol 6, No. 2, 444-445. 

4. Cheng-Guo Duan, Huiming Zhang, Kai Tang, Xiaohong Zhu, Weiqiang Qian, Yueh-Ju Hou, Bangshing Wang, Zhaobo Lang, Yang Zhao, Xingang Wang, Pengcheng Wang, Jianping Zhou, Gaimei Liang, Na Liu, Chunguo Wang, Jian-Kang Zhu. Specific but interdependent functions for Arabidopsis AGO4 and AGO6 in RNA-directed DNA methylation [J]. EMBO Journal, 2015, 34, 581-592.

5. Liang gaimei, Li nana，Huang xuefang，Chi baoliang，Chen wenliang. Optimal combination of organic fertilizer and chemical fertilizer for maize yield in Loess Plateau dry land areas[J]. Soil and fertilizer in China, 2022.

6. Liang gaimei, Chi baoliang, Wang yuguo, Chen wenliang, Li nana. Study on growth and Development Dynamics and yield quantification of different maize cultivation factors combination [J]. Bulletin of Chinese agronomy,2015, 31(21):30-36.

7. Crop water-saving and fertilizer-reducing cultivation theory and technology in the eastern plain regions of Loess Plateau. 2019, Associate editor, China Agricultural Publishing House.

Achievement, patent and regulation

Achievement

1. Key technology and application of maize water efficient utilization in Dryland of Shanxi Province, Shanxi Science and Technology Progress Award, 2021.

2. Breeding and application of a new tetraploid sweet buckwheat variety ‘Jinqiaomai No. 7’, Shanxi Science and Technology Progress Award, 2021.

3. A invention preparation method and application of a growth-promoting bacteriostatic starch-decomposing Bacillus and a conditioning agent, Patent Prize of Shanxi Province, 2020.

4. The Promotion of New Early Maturing Maize Variety Jindan 69, the second prize of rural technology contract in Shanxi Province, 2013.

5. Comprehensive cultivation techniques for high-yield maize in 100,000 Mu Dryland, the second prize of rural technology contract in Shanxi Province, 2012.

Patent

1. The utility model relates to a tillage and harrowing device of a corn automatic planter. Patent NO. ZL 2020 1 0545152.5, First accomplisher.

2. The utility model relates to a Corn Double Ridge furrow film-laying seeder with a soil covering mechanism. Patent NO. ZL 2020 1 0526942.9, First accomplisher.

3. A kind of corn rotary tillage precision seeder without plastic film covering, Patent NO. ZL 2020 1 0517855.7, Second accomplisher.

4. The invention relates to an aspergillus Niger h strain with bacteriostatic function, an active preservative and a preparation method. Patent NO. ZL.2013 1 0163569.5, Second accomplisher.

5. A seeder for corn planting with wide interleaving and dense planting. Patent NO. ZL 2016 2 0196475.7, First accomplisher.

6. A multi-row furrow opener with limiting depth. Patent NO. ZL 2016 2 1121037.0 3, First accomplisher.

Regulation

1. Technical specification for mechanized straw crushing and stubble mulching in spring maize fallow period in dryland, Local Standard of Shanxi Province, DB 14/T 1592-2018, Fourth accomplisher.

2. Technical specification of maize mechanized straw returning and rotary tillage technique, Local Standard of Shanxi Province, DB 14/T 1593-2018, Fourth accomplisher.

Contact information

Address：No.81 Longcheng Street, Xiaodian District, Taiyuan, Shanxi Province

Postcode：030031

Email：lgaimei@sxau.edu.cn

Tel： 0351-7125695