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Keyword [Waterlogging]
Result: 181 - 200 | Page: 10 of 10
181. Effects Of The Physiological And Biochemical Characters Of Kiwifr Uit Growed On Different Stocks With Waterlogging Treatment
182. Research On Drought Resistance And Waterlogging Resistance Of Koelreuteria Bipinnata Var. Integrifoliola Seedlings
183. Studies On The Comparation Of Waterlogging Tolerance And Landscape Application Of Three Kinds Of Vines
184. The Cloning And Functional Analysis Of Zea Nicaraguensis Waterlogging Tolerance Candidate Gene ZnCYP86
185. Studies On Distant Hybridization Of Rose And Waterlogging-enduring Evaluation Of Four Rosa Plants
186. Effects Of Flooding And Waterlogging Stress On Growth And Development Characteristics Of Potted Cotton During Square-boll Stage
187. Effect Of Different Cropping Patterns On Greenhouse Gases Emissions And Soil Qulity Of Waterlogged Land In Jianghan Plain
188. Effects Of Waterlogging On Growth And Yield Components Of Rice
189. The Cis-And Trans Regulatory Mechansim On Response Of Zma-miR528 To Waterlogging In Zea Mays
190. Identification Of Loci For Waterlogging Tolerance Of Maize
191. Effect Of Exogenous Polyamines On Waterlogging Resistance Of Summer Maize
192. Differential Response Of Cotton To Waterlogging At Different Growth And Development Stages And The Underlying Physiological Mechanism
193. Omics Studies And Fine Mapping Of The Major Effect QTL ARN6.1 For Adventitious Root Formation Under Waterlogging Stress In Cucumber
194. Eco-physiological Responses Of Phyllostachys Rivalis To Waterlogging
195. Research On Waterlogging Field Recognition By Remote Sensing And Temporal And Spatial Distribution Characteristics
196. Influence Mechanism Of Waterlogging On Growth And Development Of Summer Maize And Regulation
197. The Physiological And Molecular Response To Short-term Waterlogging Of Cherry Rootstocks Roots
198. Response To Waterlogging Of Fresh Eating Corn And Rice
199. The Creating And Waterlogging Tolerance Study Of A New Synthetic Material Of Maize
200. Effects Of Water And Salt Stress On Peanut Growth And Physiological Characteristics
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