Title:

Professor;

College   of Agriculture;

Guangxi   University

Email: xunbozhou@gxu.edu.cn

Telephone:+86 183767204

STUDY WORK HISTORY

1996.7-2003.6,   Lecturer, Agricultural College, Heilongjiang Bayi Agricultural Reclamation   University

2003.7-2014.6,   Lecturer and associate professor, College of Agriculture, Shandong   Agricultural University

2014.7-   Associate Professor and Professor, College of Agriculture, Guangxi University

TEACHING AREA

Crop   science

RESEARCH INTEREST:

Efficient   utilization of agricultural ecology and water and fertilizer resources

RESEARCH HIGHLIGHT

ZHOU   lab's research mainly focuses on the relationship between crops and   environmental ecology, including: soil carbon fixation and fertilization and   green planting; efficient utilization mechanism of crop water and fertilizer   resources;  innovative research in fields such as optimized design of   farmland habitat and crop population structure, as well as crop physiology   and ecology.

PUBLICATIONS

[1]   Wang   G.Y., Ahmad S., Wang Y., Wang B.W., Huang J.H., Jahan M.S., Zhou X.B., Shi   C.Q. Multivariate analysis compares and evaluates drought and flooding   tolerances of maize germplasm. Plant Physiology, 2023,193:339-355.

[2]   Gao   F., Khan R., Yang L., Chi Y.X., Wang Y., Zhou X.B. Uncovering the potentials   of long-term straw return and nitrogen supply on subtropical maize (Zea   mays L.) photosynthesis and grain yield. Field Crops Research,   2023,302:109062.

[3]   Muhammad   I., Yang L., Ahmad S., Farooq S., Khan A., Muhammad N., Ullah S., Adnan M.,   Ali S., Liang Q.P., Zhou X.B. Melatonin-priming enhances maize seedling   drought tolerance by regulating the antioxidant defense system. Plant   Physiology, 2023,191:2301-2315.

[4]   Hu   Y., Zeeshan M., Wang G., Pan Y., Liu Y., Zhou X. Supplementary irrigation and   varying nitrogen fertilizer rate mediate grain yield, soil-maize nitrogen   accumulation and metabolism. Agricultural Water Management, 2023,276:108066.

[5]   Yang   L., Muhammad I., Chi Y.X., Liu Y.X., Wang G.Y., Wang Y., Zhou X.B. Straw return   and nitrogen fertilization regulate soil greenhouse gas emissions and global   warming potential in dual maize cropping system. Science of the Total   Environment, 2022,853:158370.