Font Size: a A A
Keyword [adaptation]
Result: 161 - 180 | Page: 9 of 10
161. Comparative Transcriptomic Analysis Revealed Adaptation Mechanism Of Phrynocephalus Erythrurus
162. Drought Adaptation Characteristics Of Plant Seedling Establishment In Junggar Desert
163. The Cloning Of Arabidopsis Glycosyltransferase Gene UGT76E12 And Its Role In Plant Adaptation To Stress
164. The Adaptation Of Phrynocephalus Vlangalii To Oxidative Stress At High Altitude
165. A Mathematical Model Of The Light Adaptation In The Mammalian Circadian Clock
166. Adaption Research Of The Cuticular Wax In Alpine Meadow Plants
167. The Study On Anatomical Structures Character And Its Environmental Adaptation Of Leaves From Broad-leaved Woody Plants In Mt. Gongga, Southwest China
168. The Effect Of Different Concentrations Of Calcium On Growth And Photosynthetic Physiological Characteristics Of Typical Plants In Karst
169. Population Genetics And Skull Morphology Of Midday Gerbil (Meriones Meridianus)
170. Seasonal Variation Of Metabolism And Adaptation In Phrynocephalus Vlangalii
171. The Pattern Adaptation Mechanism Study Of Neural Cells
172. Gene Expression Profile And Physiological Adaptation Of Haloxylon Branch Under Heat Stress Of Environment
173. Some Problems And Solutions Of The CIECAM02
174. Adjoint-based Grid Adaptation For Viscous Flow Simulation
175. Convergent Evolution Of Yak And Tibetan Antelope In Response To High-Altitude Stress
176. Diversity, Heat Adaptation And Relationships Among Culturable Fungi In The Eryuan Geothermal Ecosystem,Southwest China
177. Diversity And Low-temperature Adaptation Of Culturable Bacterial In Snowpack From Different Glaciers On The Tibetan Plateau & Its Adjacent Regions
178. The Molecular Mechanisms Of Hypoxia Adaptation In Lizards:a Comparsion Between The Bald’s Toad-headed Agama(Phrynocephalus Theobaldi) And The Steppe Toad-headed Agama (Phrynocephalus Frontalis)
179. Study Of The Differences About Head Structure And Venom In Ussuri Mamushi Gloydius Ussuriensis From Different Distribution Area
180. Morphological And Structural Features Of Six Typical Alpine Cushion Plants’ Leaves Adapt To The Alpine Environment
  <<First  <Prev  Next>  Last>>  Jump to