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Ren Zhiqiang

发布时间:2022年03月22日 10:56 作者: 点击:[]

Ren Zhiqiang

Personal profile

Ren Zhiqiang, male, born in 1973, Master, professor, Master supervisor. Jiang Xian County, Shanxi Province, China Democratic League. Graduated from Shanxi Agricultural University in 2004. Vice President and Researcher of Shanxi Institute of organic dryland farming agriculture and member of corn Committee of Shanxi crop variety Approval Committee, Engaged in Maize Genetic Breeding and organic dry farming technology integration. Successively presided over and participated in more than 20 provincial and ministerial level scientific research projects and 4 science enterprise cooperation projects. Nine new maize varieties, including Jindan 77, were approved, with a total conversion of 2.2 million yuan, Presided over and won 1 the second prize of science and technology progress in Shanxi Province and the third prize of science and technology progress in Shanxi Province, More than 40 academic papers have been published.

 

Academic Education & Work Career

Academic Education

2001-2004

Master,   the direction of Crop genetics and breeding in Institute of Crop Sciences, College   of Agriculture, Shanxi Agricultural University

1992-1996

Bachelor,   Major in Agronomy, Department of Agriculture, College of Agricultura, Shanxi   Agricultural University

Work Career

2020.08   to now

 

Professor,   Vice President, Department of Shanxi Institute of organic   dryland farming agriculture, Shanxi Agricultural University

2016.11   to 2020.08

Professor,   Deputy director, Department of Research Center of Modern   Agriculture, Shanxi Academy of Agricultural Sciences.

2011.08   to 2016.11

Associate   professor, Department of Research Center of Modern Agriculture, Shanxi   Academy of Agricultural Sciences.

2010.12   to 2011.08

Associate   professor, Department of Institute of Crop Sciences, Shanxi Academy of   Agricultural Sciences.

1996.07   to 2011.07

Department   of Institute of Crop Sciences, Shanxi Academy of Agricultural Sciences.

Main Research directions

1. Maize Genetics and breeding.

2. Large-scale planting technology.

Overview of Teaching and Research

engaged in scientific research of maize genetic breeding and large-scale planting technology for a long time, successively presided over three provincial key projects, including "Breeding research of grain and forage maize hybrid", "Key technology research of maize hybrid breeding and industrialization of increasing yield and efficiency", "Key technology of Maize Inbred line creation and hybrid breeding research". There are 6 provincial demonstration and extension projects, such as "The development and extension of New Maize Variety Jindan 77", "The development and extension of New Maize Variety Dongrun 88", and "The extension of high yield comprehensive cultivation techniques of Maize in Shuozhou", One science and enterprise cooperation project, such as "Establishment of maize germplasm resources and breeding of new varieties". Furthermore, won 2 second prizes and 2 third prizes of scientific and technological progress of Shanxi Province.

Teaching and Research Projects

1. Research on Establishment of machine harvesting germplasm resources and breeding of New Maize Varieties, 2017.01-2020.12, Technology enterprise cooperation project, Preside over.

2. Research on Extension of high yield comprehensive cultivation techniques of Maize in Shuozhou, 2016.08-2017.12, Demonstration project of transformation and extension of agricultural scientific and technological achievements in Shanxi Province, Preside over.

3. Research on Study on the key technology of maize inbred line creation and hybrid breeding, 2016.01-2018.12, Shanxi Province Science and technology, Preside over.

4. Research on Extension of high yield comprehensive cultivation techniques of Maize in Shuozhou, 2015.01-2015.12, Demonstration project of transformation and extension of agricultural scientific and technological achievements in Shanxi Province, Preside over.

5. Research on Study on Key Cultivation Techniques of high yield and high efficiency in middle and low yield field of Maize in Shuozhou City, 2014.01-2014.12, Financial support for agriculture project in Shanxi Province, Preside over.

6. Research on Demonstration and extension of high yield comprehensive cultivation techniques of Maize in Shuozhou, 2014.01-2014.12, Shanxi Agricultural Technology Extension demonstration action plan project, Preside over.

7. Research on Development and extension of New Maize Variety Dongrun 88,  2014.01-2014.12, Financial support for agriculture project in Shanxi Province, Preside over.

8. Research on Development and extension of New Maize Variety Jindan 77, 2013.01-2014.12, Financial support for agriculture project in Shanxi Province, Preside over.

9. Research on Study on key technology of maize hybrid breeding and industrialization of increasing yield and efficiency, 2013.01-2015.12, Shanxi Province Science and technology, Preside over.

10. Research on Study on Breeding of grain and Feed Maize Hybrids, 2006.01-2008.12, Shanxi Province Science and technology, Preside over.

11. Research on Establishment of maize germplasm resources with medium maturity and density tolerance and breeding of new varieties, 2017.01-2020.12, Technology enterprise cooperation project, Participate in.

12. Research on Study on Breeding of medium maturity and density tolerant maize hybrids, 2012.01-2014.12, Shanxi Province Science and technology, Participate in.

13. Research on Breeding of New Maize Varieties with high yield and high resistance, 2009.01-2011.12, Shanxi Province Science and technology, Participate in.

14. Research on New Maize Varieties with good quality and high yield and extension of cultivation techniques -- development and extension of New Maize Variety Jindan 55, 2008.01-2009,12, Shanxi science and technology promotion project, Participate in.

15. Research on Research and application of a new corn variety "Jindan 55" for grain and feed, 2008.01-2009.01, The National Spark Project, Participate in.

Presentative papers

1. First Author. Breeding and Application of Hybrid Maize VarietyJindan 77Journal of Agriculture. Ecological Indicators. Journal of Agriculture, 2016, 6(04): 16-19.

2. Research progress in Drought resistance breeding of Maize,Journal of Shanxi Agricultural Sciences. 2019,47(07):1291-1294.

3. Corresponding author. Breeding and Application of Maize Hybrid Ningdan 88. Journal of Shanxi Agricultural Sciences.2020, 48(3):321- 323.

 

Monographs and textbooks

1. None

Achievement , patent and regulation

Achievement

1. Maize Germplasm Innovation, Jindan 77 Breeding and Extension, the second prize of science and technology progress in Shanxi Province in 2021.

2. Breeding and extension of a new maize variety Jindan 55, the third prize of science and technology progress in Shanxi Province in 2015.

Patent

1. A corn topdressing machine. Patent NO.: ZL202021254467.6, Third accomplisher.

Regulation

1. None

Cultivars

1. Jindan 55, Shanxi Crop Variety Approval Committee, NO.: 2007014, Shanxi provincial variety Approval Committee, First accomplisher.

2. Jindan 77, Shanxi provincial variety Approval Committee, NO.: 20100024, First accomplisher.

3. Dongrun 88, Shanxi provincial variety Approval Committee, NO.: 2013020, First accomplisher.

4. Heshili 1728, Shanxi provincial variety Approval Committee, NO.: 20180036, First accomplisher.

5. Jinyu 698, Shanxi provincial variety Approval Committee, NO.: 2014018, Second accomplisher.

6. Ningdan 88, Shanxi provincial variety Approval Committee, NO.: 20180060, Second accomplisher.

7. Fengding 475, Shanxi provincial variety Approval Committee, NO.: 20190036, First accomplisher.

8. Runfeng 99, Shanxi provincial variety Approval Committee, NO.:20200018, Second accomplisher.

9. LT5918, Shanxi provincial variety Approval Committee, NO.:20180074, Third accomplisher.

10. Shengyu 688, Shanxi provincial variety Approval Committee, NO.:20180074, Fourth accomplisher.

Honors and Awards

1. None

Contact information

Address81 Longcheng street, Xiaodian District, Taiyuan City, Shanxi Province

Postcode030031

Email rzq1973@163.com

Tel 035-7965696

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