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Keyword [super high yield]
Result: 41 - 60 | Page: 3 of 5
41. Study On Precise And Quantitative Nitrogen Application For Super High Yield Of Maize
42. Studies On Growth And Nutrient Uptake And Accumulation Of Super-high-yield Summer Maize In The Ecological Area Of The Yellow-huaihe-haihe River
43. Effect Of Different Nitrogen Fertilizer Rate And Different Ratio Of Base And Topdressing On Carbon And Nitrogen Metabolism In Wheat With Super High Yield
44. Studies On Characteristics Of Leaf Stay-Green In Super-High-Yield Summer Maize And Nitrogen Regulation
45. Study On Population Structure And Photosynthetic Characteristics On Super-high-yield Maize
46. Study On Population Quality Index Of Super High-yield Cotton In Xinjiang
47. Effect Of Nitrogen Management On Super-High-Yield Summer Maize And Its Physiological Bases
48. Studies On Physiological, Morphological Characteristics And Approaches For Super High-yielding Of Super Hybrid Rice
49. Effects Of Phosphorus Application On Physiological Characteristics, Matter Production And Nutrient Utilization Of Super-high Yield Spring Maize
50. The Basic Research Of Physicological And Ecological For Super-high-yield Rice Plant Type
51. Effects And Mechanism Of Precise-using Nitrogen On The Formation Of Super-high Maize Yield
52. Morphological And Physiological Characteristics Of Root Of Super-high-yield Maize (Zea Mays L.)
53. A Study On Characteristics Of Radiation And Photosynthesis In Canopy Of Super High-yield Summer Maize
54. Study On Population Quality Indices For High Or Super High-Yield Of Maize
55. Effects Of Irrigation Staee And Amount On Yield And Quality In Super-high-yield Wheat
56. Low Intensity Uv B Radiation On Super-high-yield Hybrid Rice Combination, Photosynthetic Physiological Characteristics Of The Impact
57. Studies On Grain Weight Per Spike Of High-Yield&Super-High-Yield Wheat Vaireties (Lines) In The Area Along And North Huai-He River Of Anhui Province
58. Study On Effect Of Chemical Control And Super-high Yield Cultivation In Double Cropping Rice
59. Formation Mechanism And Regulation Of Super-high-yielding Population In Wheat Following Rice
60. Studied On Super High Yield Formation And Its Eco-physiological Characteristics Of Ordered Transplanting And Optimized Broadcasting Rice
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