Professor | Zhongwei Tian | Asia Growth Partners

Name

Zhongwei Tian

Contact Information

zhwtian@njau.edu.cn

Language ability

Chinese, English

Province

Jiangsu

University/Lab Affiliation and Title	Nanjing Agricultural University
Faculty	Agriculture

University/Lab Affiliation and Title

Nanjing Agricultural University

Faculty

Agriculture

Areas of Focus	Crop physiology and ecology Wheat yield and quality formation Abiotic stress resistance Resource-efficient utilization
Publications	Differences in membrane lipid homeostasis confer contrast tolerance to low phosphorus in two wheat (Triticum aestivum L.) cultivars, Zheng Qiaomei, Hu Jinling, Dong Chaofeng, Hu Hang, Zhao Chengfeng, Lei Kangqi, Tian Zhongwei, Dai Tingbo, 2024 Genetic improvement of photosynthetic nitrogen use efficiency of winter wheat in the Yangtze River Basin of China, Tian Zhongwei, Chai Huimin, Guo Hua, Lu Yanhua, Yang Shuke, Liu Xiaoxue, Jiang Dong, Cao Weixing, Dai Tingbo, 2024 Rubisco and sucrose synthesis and translocation are involved in the regulation of photosynthesis in wheat with different source-sink relationships, Zhang Siqi, Sun Jiawei, Lu Yanhua, Yang Shuke, Zhang Yafang, Chai Huimin, Jiang Dong, Dai Tingbo, Tian Zhongwei, 2024 Low nitrogen priming improves nitrogen uptake and assimilation adaptation to nitrogen deficit stress in wheat seedling, Lu Yanhua, Gao Lijun, Hu Jinling, Liu Xiaoxue, Jiang Dong, Cao Weixing, Dai Tingbo, Tian Zhongwei, 2024 Enhanced Stomatal Conductance Supports Photosynthesis in Wheat to Improved NH4+ Tolerance, Hu, Jinling; Zheng, Qiaomei; Dong, Chaofeng; Liang, Zhihui; Tian, Zhongwei; Dai, Tingbo, 2024 Superior glucose metabolism supports NH4+ assimilation in wheat to improve ammonium tolerance, Hu Jinling, Zheng Qiaomei, Neuhaeuser Benjamin, Dong Chaofeng, Tian Zhongwei, Dai Tingbo, 2024

Areas of Focus

Crop physiology and ecology
Wheat yield and quality formation
Abiotic stress resistance
Resource-efficient utilization

Publications

Differences in membrane lipid homeostasis confer contrast tolerance to low phosphorus in two wheat (Triticum aestivum L.) cultivars, Zheng Qiaomei, Hu Jinling, Dong Chaofeng, Hu Hang, Zhao Chengfeng, Lei Kangqi, Tian Zhongwei, Dai Tingbo, 2024
Genetic improvement of photosynthetic nitrogen use efficiency of winter wheat in the Yangtze River Basin of China, Tian Zhongwei, Chai Huimin, Guo Hua, Lu Yanhua, Yang Shuke, Liu Xiaoxue, Jiang Dong, Cao Weixing, Dai Tingbo, 2024
Rubisco and sucrose synthesis and translocation are involved in the regulation of photosynthesis in wheat with different source-sink relationships, Zhang Siqi, Sun Jiawei, Lu Yanhua, Yang Shuke, Zhang Yafang, Chai Huimin, Jiang Dong, Dai Tingbo, Tian Zhongwei, 2024
Low nitrogen priming improves nitrogen uptake and assimilation adaptation to nitrogen deficit stress in wheat seedling, Lu Yanhua, Gao Lijun, Hu Jinling, Liu Xiaoxue, Jiang Dong, Cao Weixing, Dai Tingbo, Tian Zhongwei, 2024
Enhanced Stomatal Conductance Supports Photosynthesis in Wheat to Improved NH4+ Tolerance, Hu, Jinling; Zheng, Qiaomei; Dong, Chaofeng; Liang, Zhihui; Tian, Zhongwei; Dai, Tingbo, 2024
Superior glucose metabolism supports NH4+ assimilation in wheat to improve ammonium tolerance, Hu Jinling, Zheng Qiaomei, Neuhaeuser Benjamin, Dong Chaofeng, Tian Zhongwei, Dai Tingbo, 2024

Crop Physiology Ecology Wheat Yield Quality Abiotic Stress Resistance Resource

Wu Wenguang - China Agricultural University

Jin Liu - China Agricultural University

Xiaofen Wang - China Agricultural University

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