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Keyword [Physiological Indicators]
Result: 141 - 160 | Page: 8 of 10
141. Effects Of Microbial Fertilizer And Chemical Slow Release Fertilizer On Growth,Yield And Quality Of Potato
142. Physiological Characteristics And Metabolites Of Southern Alfalfa In Response To Salt Stress
143. The Initial Research On Effects Of Saline-alkali Stress On Physiology And Metabolism Of Puccinellia Tenuiflora-arbuscular Mycorrhizal Symbiosis
144. Effect Of Soil Aeration On The Growth Of Phyllostachys Violascens
145. Study On Seed Germination And Seedling Salt Tolerance Of Hemiptelea Davidii
146. Effects Of Overexpression And Inhibition Of Expression Of AS Gene On Growth And Physiology Of Poplar
147. Preliminary Study On The Mechanism Of Clubroot In Pakchoi Cabbage
148. Influences Of Different Stress To Physiological Indices Of Bermudagrass Cultivars
149. Study On Breeding Performance Of Introduced Meat Sheep Breeds In Central Plains
150. Effects Of Combined Application Of Phosphorus Fertilizer And Humic Acid On Growth,Yield And Phosphorus Fertilizer Utilization Of Quinoa
151. Cultivation Of Coprinus Comatus With Crop Straw And Effects Of The Fungus Residue On The Growth Of Maize Seeding
152. Cultivar Evaluation And Chemical Preservation Of Cut-flower Freshness In Lotus (Nelumbo)
153. Study On The Difference Of Carotenoid Synthesis In Different Grape Varieties
154. Study On Cold Resistance Of Progeny Offspring Of Different Apple Rootstocks
155. Effects Of Cadmium And Zinc Stress On Growth And Physiological And Biochemical Characteristics Of Different Ploidy Populus Ussuriensis Kom Clones
156. Study On The Influence Of Pig House Temperature On The Gilts Breeding
157. Effects Of Silicon On Growth And Physiological Characteristics Of Oat Under PEG Stress And Transcriptome Analysis
158. Effects Of Cu And Cd Stress On Seed Germination,Growth And Physiology Of Iris Ensata Seedlings
159. Study On Physiological Response Mechanism Of Perennial Ryegrass To Drought Stress
160. Transcriptomic Study On Differential Expressed Genes Of Populus×xiaohei T.S.Hwang Et Liang Roots Induced By Different Concentrations Of Nitrate Nitrogen
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