hippophae rhamnoides 中文意思是什麼

hippophae rhamnoides 解釋
胡頹子科植物沙棘
  1. A study on transpiration characteristics of main shrubs caragana intermedia, salix psammophyla, hedysarum mongolicum, hippophae rhamnoides in zhungeer hill region

    乾旱條件下皇甫川流域4種灌木蒸騰特徵比較研究
  2. In different phases of development, vegetation systems in this region have changed from pioneer herbage species initially recovering in abandoned cropping lands ( bothriochloa ischemum, artenmisia giradii and stipa bungeana, artenmisia sacrorum, spodiopogen sibiricus and sophora flavecens, themeda japonica, and arundinella anomala ) to secondary shrubs ( hippophae rhamnoides, sophora viciifdia, and ostryopsis davidiana ), early forest community ( populus davidiana, betula platyphylla and platycladus orientalis with arbors or shrub assembling ), and finally liaotungesis community as the mature forest. in this study, soil profiles ( 0 - 5, 5 - 15, 15 - 25, 25 - 35, 35 - 50 cm soil layers ) were selected from typical vegetation systems representing for vegetation successions in the region

    該區北部目前還保存有空間上完整的植被正向演替系列,即棄耕地先鋒群落草本群落(白羊草bothriochloaischemum 、茭蒿artenmisiagiradii +長茅草stipabungeana 、鐵桿蒿artenmisiasacrorum 、大油芒spodiopogensibiricus +苦參sophoraflavecens 、黃菅草themedajaponica或野古草arundinellaanomala )灌叢群落(沙棘hippophaerhamnoides 、狼牙刺sophoraviciifdia 、虎榛子ostryopsisdavidiana )早期森林群落(喬灌群聚、山楊populusdavidiana 、白樺betulaplatyphylla 、側柏platycladusorientalis 、 )遼東櫟群落( quercusliaotungensis ) 。
  3. A comparative study on water use characteristics and eco - adaptability of hippophae rhamnoides and caragana korshinskii in semi - arid loess hilly - gully region

    半乾旱黃土丘陵區沙棘和檸條水分利用與適應性特徵比較
  4. Soil anti - erodibility indexes of hippophae rhamnoides forest in loess plateau

    黃土高原沙棘人工林地土壤抗蝕性指標探討
  5. Comprehensive evaluation of drought resistance on different cultivars of hippophae rhamnoides l. by subordinate function values analysis

    用隸屬函數值法對10個沙棘品種抗旱性的綜合評價
  6. The edge dispersal clone population regulation of hippophae rhamnoides subsp. sinensis in the mu us sandland

    毛烏素沙地中國沙棘無性系種群林緣擴散規律
  7. On the basis of investigated materials in the plot, the dynamics of edge dispersal of hippophae rhamnoides subsp. sinensis clone population was studied

    以樣地調查資料為基礎,分析了中國沙棘無性系種群的林緣擴散規律及其生態學意義。
  8. A comparison of transpiration characteristics between hippophae rhamnoides l. ssp sinensis rousi and hippophae ranmnoides in huangfuchuan watershed

    內蒙古皇甫川流域兩種沙棘水分生理生態特徵比較
  9. Effects of photosynthetic and transpiration rate on hippophae rhamnoides sinensis and hippophae rhamnoides in different soil water condition

    不同土壤水分條件對中國沙棘和俄羅斯沙棘的光合和蒸騰作用的影響
  10. Quantity dynamics of hippophae rhamnoides population in different habitats standing in hilly loess regions

    黃土丘陵區不同生境沙棘種群數量動態分析
  11. Studies on roots biomass of hippophae rhamnoides community in high altitude sand in guinan of qinghai

    青海貴南高海拔沙地沙棘種群根系生物量的研究
  12. Analysis of parameters related to the effect of seed oil of hippophae rhamnoides l. on redox substance in subacute senescence - accelerated mice

    沙棘籽油對雌雄亞急性衰老小鼠氧化還原物質影響的參數分析
  13. Research on photosynthesis characteristics of hippophae rhamnoides

    兩種針葉樹種光合特性研究
  14. Regulation of clonal growth of hippophae rhamnoides l. subsp sinensis population in mu us sandland

    毛烏素沙地中國沙棘無性系生長調節
  15. Total flavones of hippophae rhamnoides is one kind of plant flavones compound, which has important protective effect on cardiovascular system. this article reviews the cardiovascular protective mechanism of total flavones of hippophae rhamnoides

    醋柳黃酮是一種植物黃酮類化合物,對人體心血管系統起著重要的保護作用,本綜述著重介紹醋柳黃酮心血管保護的作用機制。
  16. Effect of different temperatures on the seed germination of hippophae rhamnoides

    不同溫度對沙棘種子萌發的影響
  17. Report experiment of introducing abroad hippophae rhamnoides in wulanbuhe sandy region

    國外沙棘在烏蘭布和沙區的引種試驗初報
  18. Transpiration characteristics and influence factors of hippophae rhamnoides l. in loess hilly region

    黃土丘陵區沙棘的蒸騰特性及影響因子
  19. Study on purification of total flavonoids from seed residue of hippophae rhamnoides with macroporous resin

    大孔樹脂吸附純化沙棘籽渣總黃酮的研究
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