植食性的英文

• herbivorous character
• phytophage
• phytophagy

• "植"英文翻译    plant; grow; cultivate
• "食性"英文翻译    feeding habits; eating patte ...
• "植食性的" 英文翻译 :    phytophagous
• "植食性动物" 英文翻译 :    phytophagous animal
• "植食性昆虫" 英文翻译 :    phytophagous insect; plant-feeding insect
• "植食性水虎鱼" 英文翻译 :    vegetarian piranhas
• "植食性的；草食性的；素食的" 英文翻译 :    phytophagous
• "植食" 英文翻译 :    herbivore
• "食性" 英文翻译 :    feeding habits; eating patterns
• "植食类" 英文翻译 :    phytophaga
• "植食者" 英文翻译 :    plant eater
• "植食动物" 英文翻译 :    herbivores
• "趋食性；向食性" 英文翻译 :    sitotaxis
• "适食性,可食性" 英文翻译 :    edibility
• "向食性；趋食性" 英文翻译 :    sitotropism
• "捕食性" 英文翻译 :    predatism◇捕食性昆虫 insect predator
• "草食性" 英文翻译 :    herbivores; herbivorous; herbivory; phytophage; phytophagy
• "单食性" 英文翻译 :    monophagy; monpohagous
• "多食性" 英文翻译 :    polyphagy; pleophagy
• "粪食性" 英文翻译 :    coprophagy
• "腐食性" 英文翻译 :    saprophagous character; saprophagy; saprozoic
• "复食性" 英文翻译 :    polyphagy
• "寡食性" 英文翻译 :    oligophagous; oligophagy
• "广食性" 英文翻译 :    euryphage; euryphagy; polytrophy
• "果食性" 英文翻译 :    fruit-eating

• The rate of plant - eating bugs was fairly higher than that of flesh - eating bugs
  植食性蝽的-淀粉酶活力蛋白酶活力比值显著大于捕食性蝽。
• Excessive rainfall and increasing plant hoppers are threatening china ' s rice crop , and 1 . 2 million hectares of paddy field have been invaded in south china , up 40 percent over the same last year
  今年中国的水稻遭受着过多的雨水及越来越多的植食性昆虫的危害.南方已有120公顷的稻田遭受到破坏,比去年同期增长40 % 。
• Excessive rainfall and increasing plant hoppers are threatening china ' s rice crop , and 1 . 2 million hectares of paddy field have been invaded in south china , up 40 percent over the same last year
  今年过多的雨水及越来越多的植食性昆虫正在威胁着中国的水稻，中国南部已有120公顷的稻田受到破坏，比去年同期增长40 % 。
• Excessive rainfall and increasing plant hoppers are threatening china ' s rice crop , and 1 . 2 million hectares of paddy field have been invaded in south china , up 40 percent over the same last year
  今年过多的雨水及越来越多的植食性昆虫正在威胁着中国的粮食生产，中国南部已有120公顷的稻田遭受到昆虫袭击，比去年同期增长40 % 。
• We constructed fences using 2 x 2 x 2 factorial design to examine the effect patterns of food availability , predation and interspecific competition on population dynamics and spatial behavior of reed voles , microtusfortis . we expected to test two hypothesises : ( 1 ) availability of high quality food , predation and interspecific competition have independent and addictive effects on population system dynamics for small mammalia herbivore ; ( 2 ) availabiliry of high quality food could reduce home range and aggressive behavior level between individuals of microtine , predation and interspecific competition have independent effects on spatial behavior of microtine
  以2 2 2析因实验设计，在野外围栏条件下，探讨食物可利用性、捕食及种间竞争对沼泽田鼠( microtusfortis )种群动态及空间行为的作用，旨在检验下述特定假设： ( 1 )高质量的食物可利用性、捕食及种间竞争对植食性小哺乳动物种群系统动态具有独立的和累加的效应； ( 2 )高质量的食物可利用性可降低田鼠个体间的攻击行为水平，并导致其巢区减小；捕食与种间竞争对田鼠的空间行为亦有独立的作用。
• The research result is following : the annual species richness index of studied forest plant community averaged 64 . 688 , the species diversity index was 2 . 982 . the proportion of every functional group of forest plant community is : herbaceous layer ( average is 68 . 89 % ) > tall tree layer ( average is 15 . 266 % ) > shrub layer . ( average is 15 . 845 % ) the proportion of every functional group in forest insect communities is remarkably different , and the order of the proportion is herbivorous insect group ( average 0 . 729 ) > predatory natural enemy insect group ( average 0 . 136 ) > parasitical insect group ( average 0 . 135 ) . with seasonal change , the proportion of herbivorous and predatory insect group decreased obviously , while that of parasitical insect group increased on average by 147 %
  研究结果如下：森林植物群落种的全年物种丰富度指数平均为64 . 688种，多样性指数为2 . 982森林植物群落内各功能类群物种所占比重依次为：草本层(平均为68 . 89 ) >乔木层(平均为15 . 266 )灌木层(平均为15 . 845 ) 。森林昆虫群落中，全年各功能类群所占比重以植食性昆虫类群为最大，平均占0 . 729 ；捕食性昆虫类群次之，平均占0 . 136 ；寄生性天敌类群为最小，平均为0 . 135 。
• The transparent rings formed by bacterium decomposing protein between flesh - eating bugs and plant - eating bugs were different . the former were wider than latter . 3 . the ratio of amylase to protease enzyme activies ( a / p ) was used as one of the criteria for identifying the feeding habits of bug . the a / p for plant - eating bugs was about 2 . 0 - 6 . 0 , for the flesh - eating bugs was 0 . 3 - 0 . 8
  3试验采用-淀粉酶活力蛋白酶活力比值作为指标，对蝽类昆虫进行了食性鉴定，结果表明：肉食性蝽类的-淀粉酶蛋白酶比值范围在0 . 3 0 . 8之间，而植食性蝽类的-淀粉酶蛋白酶比值范围在2 . 0 6 . 0之间，食性差异明显。
• The flesh - eating bugs , nabis stenoferus hsiao and deraeocoris punctulastus fall , had identical colony character ; plant - eating bugs , dolycoris baccarus ( linuacus ) and nysius ericae ( schilling ) , also had the same ones . however the significant differences of colony exited between flesh - eating bugs and plant - eating bugs . bacterium were found in ova ; nymphs and adults of dolycoris baccarus ( linuacus ) . all the bacterium in the bugs " body could decompose protein , but could not break down starch
  斑须蝽( dolycorisbaccars ( linuacus ) )成虫、若虫、产出体外的卵与虫体内未产出的卵内均含有细菌，对本次试验中蝽类昆虫体内细菌进行功能测定表明，这些细菌都有分解蛋白的能力，但都没有分解淀粉的能力，肉食性蝽类体内细菌分解蛋白形成的透明环带较宽；植食性蝽类体内细菌分解蛋白形成的透明环带较窄。