明黨參 的英文怎麼說

中文拼音 [míngdǎngshēn]
明黨參 英文
changium smyrnioides wolff
  • 明 : Ⅰ形容詞1 （明亮） bright; brilliant; light 2 （明白;清楚） clear; distinct 3 （公開;顯露在外;不隱...
  • 黨 : Ⅰ名詞1 （政黨） political party; party 2 （在我國特指中國共產黨） the party （the communist party...
  • 參 : 參構詞成分。
  1. Plant regeneration from callus of changiums myrnioides

    明黨參愈傷組織誘導及植株再生
  2. For c. violaceum, it is moderate treatment that all the corresponding parameters have the maximal value. but it still was maximal for leaf biomass, lar, ramose number of stem, stem biomass and umbrella number of flower. and the rgr of drought treatment in january exceeded the saturation treatment largely, but the difference among treatments was small in april

    川明參與明黨參和峨參相應的生長參數基本以中度水分條件下最大，但葉生物量、 lar 、葶分枝數、葶生物量和花傘數仍以飽和水分條件下最大；而1月份乾旱條件下的rgr遠高於其他兩種水分條件， 4月份則相差很小。
  3. The leaves of c. smyrnioides had been yellow in the end of april and the overground part of the plant had been blasted in the first of may. but at the same time, it just turned yellow for saturation treatment. and a. sylvestris and c. violaceum have similar tendency, that is, the plant in drought treatment blasted earlier than in saturation treatment

    受到乾旱脅迫的明黨參植株在4月中旬葉片就已開始發黃， 5月中旬地上部分已枯萎，而此時飽和水分條件下植株的葉片剛開始變黃，川明參和峨參均與明黨參相似，乾旱條件下植株的枯萎時間均早於飽和條件下。
  4. The paper studied the growth of endangered plant changium smyrnioides wolff and its comparison plant anthriscus sylvestri ( l. ) hoffm and chuanminshen violacewn in different soil water from physioecology and analyzed the effect resulted of soil water and the difference of model and size of plasticity of three species

    本文從生理生態學的角度研究了瀕危植物明黨參及對照植物峨參和川明參在不同土壤水分條件下的生長，探討水分對三物種生長的影響及植物的可塑性響應方式。
  5. C. smyrnioides and a. sylvestri took different growth and reproduction strategy

    明黨參和峨參的生長和生殖策略不同。
  6. The recovery of c. violaceum was better than that of c. smyrnioides

    明黨參光合生長能力對土壤水分變化的可塑性大於峨參。
  7. Effect of seedling and fertilizering on yield and quality of cultivated changium smyrnioides

    種苗與施肥對明黨參產量和質量的影響
  8. The leaf number and aboveground biomass ratio of c. smyrnioides were far less than those of a. sylvestri

    明黨參地上生物量比率和葉片數也遠低於峨參。
  9. The photosynthetic carbon assimilation ability of c. smyrnioides was lower than that of a. sylvestris under natural environment

    野外自然條件下，明黨參光合碳鬧定能力遠低於峨參。
  10. For a. sylvestris, it is usually the second year that plant flower and procreate and company with clone. the time of procreate would be delayed for

    二年齡明黨參和川明參未有死亡，而乾旱條件下的峨參在營養生長期仍有40植株死亡。
  11. The seasonal fluctuation of pn of c. smyrnioides was larger than that of a. sylvestri : the pn of c. smyrnioides was 84 % lower in may that of in february, while a. sylvestri was only 19 %

    明黨參光合的季節變化遠大於峨參：明黨參5月份的光合速率較2月份下降了84 ，而峨參僅下降了19 。
  12. C. smyrnioides germinates in december and a. sylvestri in september, begin dormancy in june and bear fleshy storage roots. the growing season of c. smyrnioides is therefore 160 days shorter than that of

    明黨參1月萌發，峨參9月萌發，都在6月份進入休眠，明黨參的生長時間比峨參短了160天左右。
  13. C. smyrnioides would allocate more biomass to root for store with growing. the ratio of biomass stored in root of two year old plant was more than one year old, and drought than saturation, the last period of growth than start period

    明黨參植株分配較多的生物量到根進行儲備，乾旱條件下較濕潤條件下更大，二年齡較一年齡分配的比例更大，生長末期較初期更多。
  14. Based on the research of photosynthetic carbon assimilation in natural habitat, the physiecological features of net photosynthesis ( pn ) and growth of changium smyrnioides wolff and anthriscus sylvestri ( l. ) hoffm were measured under controlled soil water status ( saturation status ( ss ), moderate status ( aw50 ) and dry status ( aw20 ) ), the difference of photosynthesis and transpiration to environmental factors and the adaptation to environmental fluctuation compared, to analyze the mechanism of c. smyrnioides to be endangered

    本文在對野外自然條件下瀕危植物明黨參（ changiumsmyrnioideswolff ）和非瀕危植物峨參光合碳固定能力測定的基礎上，研究了在控制土壤水分條件下明黨參、峨參和另外一種瀕危植物川明參（ chuanminshenviolaceum ）的光合和生長特點，比較它們的光合、蒸騰等對光照、溫度等環境因子響應及對環境變化適應能力的差異，分析了明黨參瀕危的原因和機理。
  15. 2. all the corresponding parameters of a. sylvestris were similar with c. smyrnioides in procreate period in april. but the parameters of root length, diameter of root, volume of root, leaf biomass, root biomass, total biomass, root mass ratio ( rmr ) and sla had the maximal value in moderate treatment in vegetative period in january

    峨參的相應生長參數在4月生殖生長期與明黨參隨土壤水分的變化趨勢相似；但在1月份的營養生長期，根長、根粗、根體積、葉生物量、根生物量、總生物量、 rmr和sla均以中度水分條件最大。
  16. The time and the devotion of procreate of three species are both influenced by soil water. it is possible for three year old flourish plant of c. smyrnioide to flowering. it is later more for the plants stressed by drought

    3種土壤水分條件下，明黨參和川明參植株一年齡至二年齡的存活率均為85 . 7 ，而峨參較低，飽和條件下最高為71 . 4 ，乾旱條件下最低，僅14 . 3 。
  17. The leaves biomass, root biomass, total biomass, sla, lar, srl, rlr and rgr of three species had very obvious plasticity to soil water. but the plasticity degree of three plants to different soil water were c. smyrnioides > a. sylvestris > c. violaceum

    三物種的葉生物量、根生物量、總生物量、 sla 、 lar 、 srl 、 rlr和rgr對土壤水分的可塑性均較大，但可塑性程度為明黨參峨參川明參。
  18. Height, crown amplitude, size of leaves, leaf number, diameter of root, biomass of leave, biomass of root, total biomass and relative growth rate ( rgr ) of c. smyrnioides were all increase with soil water. but it was decreased with soil water for specific leaf area ( sla ), leaf area ratio ( lar ), specific root length ( srl ) and root length ratio ( rlr )

    明黨參株高和冠幅、葉片形態大小、葉片數、根粗、根體積、葉生物量、根生物量、總生物量和rgr均隨著土壤水分的增加而增大，而sla 、 lar 、 srl和rlr則隨著土壤水分的增大而減小。
  19. A. sylvestri allocated more resource to leaf and stem, the average ratio of leaf biomass in february, march and april was 49 %, which could fix more matter via photosynthesis. c. smyrnioides allocated more resource to root, so the resource to aboveground was relatively small, the ratio was only 26 %, and the carbon assimilation via photosynthesis was weak

    峨參將更多的物質分配到了葉和莖， 2 、 3和4月葉片生物量比率平均為49 ，可光合生產更多的物質；而明黨參則將相對多的物質分配到了根部，分配到地上部分的物質較少，僅為26 ，光合碳固定能力較弱。
  20. Height, crown amplitude, size of leaves and leaf number of a. sylvestris were the largest among three species, and c. smyrnioides ' s were the lest. but it was c. smyrnioides that had the 氣 largest rmr, srl, rlr and rgr, and it was c. violaceum that had the minimal value. biomass of leaf, root and total plant were always maximal for c. violaceum and minimal for c. smyrnioides

    三物種的株高、冠幅、葉片形態大小和葉片數目均以峨參最大，明黨參最小； rmr 、 srl 、 rlr 、 rgr以明黨參最高，川明參最低；根葉生物量始終以川明參最高，明黨參最低；而sla則以峨參最大，川明參最小。
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