2. Effects of planting density on assimilation and distribution of photosynthetic products in wheat during grain filling, Journal of Photosynthesis,1997,33 (2):199-204.
3. Effects of Wang Zhenlin, Yin Yanyuan and mepiquat chloride on assimilation and distribution of 14CO2 assimilates in wheat and cotton intercropping, photosynthesis,1995,31(2):197-202.
4. Wang Zhenlin, Effects of source-sink operation on photosynthesis and spike-grain formation of winter wheat after anthesis, Photosynthesis,1998,35 (3): 453-459.
5. Wang Zhenlin, Effects of shading before and after flowering on photosynthetic product distribution and grain growth of two wheat varieties with different grain growth potential, Agronomy and Crop Science, 2003, in press.
6. Yin Yanzhou, Wang Zhenlin, Effects of source/sink changes on distribution of photosynthetic products and grain growth after anthesis in winter wheat area, Biology. Plants,1998,41(2): 203-209.
7. Effect of nitrogen application level on the processing quality of wheat noodles, China Agricultural Sciences, 2004, 37, in press.
8. Wang Zhenlin, Yin Yanchuan, Yu Songlie, Movement and Distribution 14C and 9. Compounds in leaves of late-sown winter wheat, Acta CropSciences,1995,21(3): 263-270.
10., He, Yin Yanping, Effects of Photosynthetic Substances on Material Transformation, Distribution and Regulation of Late-sown Wheat during Grain Filling, Acta Crops,1997,23 (3): 257-262.
12., He,, Effects of source-sink regulation on irrigation and post-anthesis photosynthetic matter production and distribution of dryland wheat, Acta Crops,1999,25 (2):162-168.
13., Shen, Yu Songlie, zinc supply to wheat 14. Effects of Different Conditions on Leaf Structure and Chloroplast Ultrastructure, Acta Crops, 1993, 19(6): 553-7.
15., Yin Yanzhou, He, Effects of Source-sink Regulation on Photosynthetic Substances Distribution of Late-sown Wheat at Grain Filling Stage, China Agricultural Sciences,1996,29 (1), 50-58.
16. He, Gao Shuping 17. Different 18. Adaptability analysis of 1000-grain weight of wheat varieties to low light at grain filling stage, Acta Crops Sinica, 200 1(5):640-644.
19. Shi Chunyu, Wang Zhenlin, Yu Songlie, Effect of soil aeration on sweet potato yield and its physiological mechanism, China Agricultural Science 2001(2):173-178.
20. Shi Chunyu, Wang Zhenlin, et al. Effects of potassium nutrition on some physiological characteristics and yield formation of sweet potato, Plant 2 1. Journal of Nutrition and Fertilizer, 200 1(2): 8 1-85.
22. Shi Chunyu, Wang Zhenlin, Changes of ATPase activity, ATP and ABA contents during root tuber swelling of sweet potato, Northwest Plant 23. Acta Biologica, 2002(2):3 15-320.
24. Shi Chunyu, Wang Zhenlin, et al. Effects of soil aeration on nutrient absorption, 14C and 25. Chemical distribution and yield of sweet potato, Journal of Nuclear Agronomy, 2002(4):232-236.
26. Shi Chunyu, Wang Zhenlin, et al. Effects of potassium on the structure, chemical composition distribution and yield of sweet potato tubers, Plant 28. Journal of Nutrition and Fertilizer, 2002(3): 335-339.
29. He, the picture shows wheat planting 30. New Technology, Science Press, 1998.
3 1., He, Yin Yanzhou, Effects of source-sink regulation on post-anthesis photosynthesis, senescence and ear traits of wheat, Northwest Plant 32. Acta Biologica, 1998, (5):45-5 1.
33. He, Cao Hongming, Study on Compensation Growth Effect of Grain Weight per Ear of High-yield Wheat, Northwest Plant 34. Acta Biologica,1996,5 (1): 6-8.
35. He, from Wang Zhenlin, is 36 years old. Difference of phosphorus absorption and transport in different wheat varieties and its relationship with utilization ratio. Acta Biologica Sinica, 1998,18 (5):113-17.
38. Effect of source-sink relationship on photosynthetic rate of 39 wheat varieties and transportation and chemical combination of 14C with 40 wheat varieties, Northwest Plant 4 1. Acta Biologica, 1998, (4): 555-560.
42. Distribution of Photosynthetic Substances in Different Ears of Wheat after Flowering and Its Relationship with Grain Weight per Ear, Acta Crops, 2000, (2): 190- 194.
44. Wang Zhenlin, Relationship between Wheat Yield Formation and Hormones, Wheat Crops, 1989, 6: 36-37.
45. Wang Zhenlin, He Mingrong, Relationship between source-sink ratio of wheat and distribution and fruiting of homo46. Journal of Shandong Agricultural University,1995,26 (2):144-150.
47. Yu, Cui Decai, Crop Physiology, Agricultural Press, 1993.
48. Wang Zhenlin, Study on the Absorption Characteristics of Trace Elements in Winter Wheat, Journal of Shandong Agricultural University 1989(3):27-32.
49. Yu Songlie, He,,, etc. China Modern Science and Technology Series-Crop Cultivation, Chongqing Publishing House, 2000.
50. He, "Study on Assimilation, Distribution and Regulation of Photosynthetic Substances in the Process of Wheat and Cotton Yield Formation" won the first prize of Science and Technology Progress Award of Shandong Education Commission.
52. Wang Zhenlin, Research on Wheat Senescence Physiology and Super-high-yield Cultivation Techniques, Second Prize of Shandong Science and Technology Progress.
53. He, Yin Yanzhou, Breakthrough, Integration and Theoretical Research of Key Technologies for Super-high Yield of Wheat, Third Prize of Scientific and Technological Progress in Shandong Province.
54. Dong,,, etc. Specialized breeding of main crop varieties with 55 regional plants. And the second prize of scientific and technological progress in Shandong Province.