Qianyu Jin
Director of Research
Rive Cropping Technology
China National Rice Research Institute, PR China
China
Biography
Qianyu Jin is the Director of Research and Development Center of Rice Cropping Technology, China National Rice Research Institute (CNRRI). Since 1988, he has been engaging in the research work on rice growth and development and paddy field ecosystem, and rice cultivation techniques and eco-physiological theory. Up to now, he has achieved more than 20 national invention and utility model patents, published 120 papers, and edited 3 books. Now he is mainly engaging in the researches and demonstration and extension on rice plant type and eco-physiological regulation and high light efficiency of super high-yielding cultivation, the theory of mechanization of rice cultivation and agronomic and agricultural machinery matching production technology, eco-physiology of rice drought resistance and water-saving technology, paddy planting-breeding compound ecosystem and rice-poultry, rice-fish ecological planting-breeding technology Qianyu Jin is the Director of Research and Development Center of Rice Cropping Technology, China National Rice Research Institute (CNRRI). Since 1988, he has been engaging in the research work on rice growth and development and paddy field ecosystem, and rice cultivation techniques and eco-physiological theory. Up to now, he has achieved more than 20 national invention and utility model patents, published 120 papers, and edited 3 books. Now he is mainly engaging in the researches and demonstration and extension on rice plant type and eco-physiological regulation and high light efficiency of super high-yielding cultivation, the theory of mechanization of rice cultivation and agronomic and agricultural machinery matching production technology, eco-physiology of rice drought resistance and water-saving technology, paddy planting-breeding compound ecosystem and rice-poultry, rice-fish ecological planting-breeding technology
Research Interest
Rice growth and development and paddy field ecosystem, and rice cultivation techniques and eco-physiological theory