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Keyword [oilseed rape]
Result: 141 - 160 | Page: 8 of 10
141.
Effects Of Nitrogen Forms On The Growth, Root Morphology And Photosynthetic Characteristics Of Direct Sown Winter Oilseed Rape
142.
Nitrogen Utilization And Effects On Emergence And Seedlings Growth Of Oilseed Rape Of Water-logging At Seedling Stage
143.
Evaluation Of Phosphorus Efficiency Of Natural Population Of Oilseed Rape(Brassica Napus L.)
144.
Transcriptional Profile Of Brassica Napus At Low Boron And Identification Of B-efficient Candidate Genes
145.
Studies On The Yield Formation, Leaf Senescence And Root Morphology Under Different Planting Densities Of Oilseed Rape
146.
Identification Of Physiological Races Of Plasmodiophora Brassicae And Resistance Of Rape Cultivars To Club Root In Anhui
147.
The Comprehensive Effect Of Different Planting DatećAgricultural Chemical And Variety On Clubroot Of Oilseed Rape
148.
Study On Fitness Of Backcross Generations Between Two Herbicide-Resistant Transgenic Oilseed Rape And Wild Brassica Juncea
149.
Identification Of The Major QTL For Seeds Per Silique And Seed Weight With Construction Of Near-isogenic Lines In Oilseed Rape
150.
Effect Of Wheat, Oilseed Rape And Broad Bean On Germination And Seedling Growth Of Gentiana Macrophylla Seeds
151.
Nfluence Of Leaf And Silique Photosynthesis On Seeds Yield And Seed Soil Quality Of Oilseed Rape
152.
The Effects Of Different Water Treatments On Yield,Quality And Water Use Efficiency Of Winter Oilseed Rape Under Film Mulching
153.
Biodegradable Film Mulching,Ridgr Mulching And Furrow Mulching Impact On Winter Oilseed Rape Physiological Growth, Yield And Water Use Efficiency
154.
Effects Of Different Planting Methods Of Winter Green Manure On Production Efficiency,Nutrient Utilization And Soil Fertility In Paddy Field
155.
Differential Alternative Splicing Genes In Response To Low Boron In Brassica Napus
156.
The Physiological Mechanism Of Selenium Enhanced Resistance To Sclerotinia Sclerotiorum In Oilseed Rape
157.
Study On Remote Sensing Monitoring And Assessing Oilseed Rape Freezing Injury
158.
Genotypic Differences In Cell Wall Mechanical Properties,Phytohormone And Reactive Oxygen Species Signals In The Responses Of Oilseed Rape To Low Boron Stresses
159.
Differences And Mechanism Of Soil Nitrogen Supply In Oilseed Rape Planting Season Under Rice-Rapeseed And Cotton Rapeseed
160.
Study On The Genetic Variants And Genetic Transfer Associated With The Root System Architeture Of Oilseed Rape (Brassica Napus L.) Under Constrasting Phosphate Supply
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