[1] P. Wang, X.P. Chen, C.Y. Tian, F.S. Zhang. Effect of Different Irrigation and Fertilization Strategies on Yield,Fiber Quality and Nitrogen Balance of High-Yield Cotton System, Scientia Agricultura Sinica. 38(4): 761-769 (2005).
[2]. P. Wang, X.P. Chen, C.Y. Tian, F.S. Zhang. Effect of Different Irrigation and Fertilization Strategies on Nitrogen Balance and Soil Nitrate Movement of High-Yield Cotton System, Scientia Agricultura Sinica. 44(5): 946-955 (2011).
[3]. H. M. Li, J. H. Ma, P. Wang. Cotton Bollworm Resistance to the Bt cotton and Mnagement Strategy in Xinjiang, China. Egyptian journal of Biological Pest Control. 24(2): 533-541 (2014).
patent for invention
[1] A soil water-soluble nutrient test method using in situ injection technique (patent number: ZL201210544977.0)
[2] Control of cotton root system configuration under clay mulching by irrigation and nitrogen application (patent number: ZL201310326273.0)
[3] A microclimate intervention system for farmland using solar energy (patent number: ZL201410156497.6)
[4] Control of cotton root system configuration by irrigation and nitrogen application under sand and soil mulching under drip irrigation (patent number: ZL201310326240.6)
[5] The invention relates to a method of soil preparation to improve soil production performance of sandy soil matrix greenhouse (patent number: ZL201510533172.X)
[6] A method for chemical regulation of cotton root system configuration (patent number: ZL201110226929.2)
[7] The invention relates to a method for improving salt spot of farmland in arid area by unidirectional permeable film (patent number: ZL201810618839.X)
