小鱼仙的英文

• the little mermaid

• "小"英文翻译    small; little; petty; minor
• "鱼"英文翻译    fish
• "仙"英文翻译    celestial being; immortal a ...
• "唱k小鱼仙" 英文翻译 :    mermaid melody pichi pichi pitch
• "小鱼仙草" 英文翻译 :    mosla dianthera; orthodon diantherus
• "小鱼" 英文翻译 :    dollarfish; fingerling; fry; little fish; small fish; zxzx
• "大鱼，小鱼" 英文翻译 :    big fish, little fish
• "江小鱼" 英文翻译 :    emre
• "小鱼儿" 英文翻译 :    lovefish-s; manyou; nb-400cu
• "小鱼饵" 英文翻译 :    wuyuzhi
• "小鱼湖" 英文翻译 :    little fish
• "小鱼际" 英文翻译 :    hypothenar eminence
• "小鱼论" 英文翻译 :    whale-minnow concept
• "小鱼苗" 英文翻译 :    hatching; hatchling
• "谢小鱼" 英文翻译 :    xiaoyu xie
• "于小鱼" 英文翻译 :    fmeng
• "抓小鱼" 英文翻译 :    catch a fish
• "小鱼际，小鱼际隆起" 英文翻译 :    hypothenar,hypothenar eminence
• "菠菜小鱼羹" 英文翻译 :    spinach-cooked fish soup
• "捕小鱼的网" 英文翻译 :    minnow net
• "成群的小鱼" 英文翻译 :    fry
• "大鱼吃小鱼" 英文翻译 :    big fish swallowing little fish -- the strong bullying the weak; big fish eating small fish; the great fish eat up the small.; with the small interests ruined by the big interests
• "淡水产小鱼" 英文翻译 :    sunfish
• "煎吃的小鱼。" 英文翻译 :    pan fish
• "鲤科小鱼" 英文翻译 :    bleak; minnow

• Comparative studies on the physioecological traits of photosynthesis , transpiration and stomatal conductance in four congeneric species , mosla hangchowensis ( m . h ) , mosla scabra ( m . s mosla chimnsis ( me ) and mosla dianthera ( m . d ) were investigated under controlled soil water status in this paper
  本研究通过对控制土壤水分条件下杭州石荠? ( moslahangchowensis ) 、石荠? ( moslascabra ) 、华荠? ( moslachinesis )和小鱼仙草( mosladianthera )四个同属近缘物种的光合、蒸腾和气孔等生理生态特性的研究，分析了它们对变化的环境产生的功能可塑性变化，解释了在进化过程中这些近缘物种从濒危到广布的差异。
• 4 the optimal water niche of m . h and m c are wetter than middle soil water content , belongs to mesophytes ; the optimal water niche of mosla scabra , on photosynthesis is more wetter than that of m . h and me , the optimal water niche between mesophytes and hygrophytes , and leaning to hygrophytes ; the photosynthetic water condition of m . d is arid environments , and its ecotype exits between mesophytes and xerophytes , and leaning to xerophytes . 5 m . h and m . s are locating between shade plants and sun plants , while m . c and m . d obviously belong to sun plants
  4 、杭州石荠?与华荠?光合的最适水分条件是中等偏湿，其水分生态类型应属于中生植物；石荠?光合的最适水分条件比杭州石荠?与华荠?光合的最适水分条件要求更湿，其水分生态类型介于中生和湿生植物之间，更偏向湿生；小鱼仙草光合作用的水分生态条件是干旱条件，其水分生态类型介于中生与旱生植物之间，更偏向旱生。
• Chlorophyll content of all the species expect me show the same rule as the plants locating from sun leaves to shade leaves with the changing soil water content . 6 rewatered after extreme drought , the photosynthetic rate of m . h , m . c and m . s increase evidently , showing " compensation effect " , but there have differences between these three species . contrarily , when rewatered after extreme drought , the photosynthetic rate of m . d
  6 、杭州石荠? 、华荠?和石荠?经极端干旱后浇水，光合速率均明显增加，表现出“超补偿现象” ，但三者之间存在一定的差异；小鱼仙草干旱条件后浇水，光合速率显著下降，说明该物种在比较干旱条件下也能够较好地生存，但对极端干旱的耐受能力不如杭州石荠? 。
• We analyzed the alternative in functional phenotypic plasticity responding to variational entironments , consequently , we interpreted the difference between endangerment and wide - distribution of these closely related species , and the results showed : 1 all of the daily changes of photosynthetic rate responding to different water status show " double apices " except m . d , the daily changes of photosynthetic rate in m . d shows " simple apices " responding to arid soil water content , while " double apices " responding to the other soil water content . emerging time of daily maxim of pn is difference between species and between treatments . daily course of transpiration and stomatal conductance of these for species all show " double apices " , but the emerging time of daily maxim of transpiration rate and stomatal conductance rate are all different between species
  结果表明： 1 、除小鱼仙草外，四物种的光合速率日变化在不同水分梯度下均表现出“双峰型” ，小鱼仙草的光合速率日变化在于旱时表现出“单峰型” ，其余水分梯度下表现出“双峰型” ，种间和梯度间日最大光合速率出现时间有一定的差异；四物种蒸腾速率和气孔传导力日进程也表现出“双峰型” ，但种间日最大气孔传导力和蒸腾速率出现的时间也存在一定的差异。