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starvation endurance     
相关语句
  饥饿耐受性
     The Study on the Starvation Endurance of Larva Pirata subpiraticus
     拟水狼蛛幼蛛饥饿耐受性研究
短句来源
     The starvation endurance of Ummeliata insecticeps
     食虫沟瘤蛛的饥饿耐受性(英文)
短句来源
     Food Intake Capacity and Starvation Endurance of Ummelita Insecticeps
     食虫沟瘤蛛摄食量与饥饿耐受性研究
短句来源
     In this paper, predation, starvation endurance ability, foraging behavior of E.
     本文研究了黑带食蚜蝇的捕食行为、搜索行为及激发因子、饥饿耐受性、功能反应、捕食作用及影响因素、不同猎物对黑带食蚜蝇生长发育的影响等。
短句来源
  饥饿耐力
     Relationship between Temperature and Starvation Endurance of Larval Siniperca chuatsi
     温度与鳜仔鱼饥饿耐力的关系
短句来源
  耐饥能力
     3.The starvation endurance ability of stethorus punctilum Weise have about 2.714days, longest for 6 day, short 1 day.
     3.深点食螨瓢虫成虫有一定的耐饥能力,最少为1天,最长为6天,平均为1.875天。
短句来源
     The results of starvation endurance ability of Delphastus cataline showed that different temperatures had obvious effectiveness on survival time.
     耐饥能力测定表明,温度对小黑瓢虫成虫寿命的影响很显著。
短句来源
  饥饿耐受
     There was linear relationship between LT50 and the developmental time (t):LT50=31385+19324t. Namely the starvation endurance ability of Chilocorus rubidus Hope adult also relied on their development. 
     同时LT50与成虫发育时间(t)之间也有线性相关关系:LT50=3.1385+1.9324t,即随着成虫发育,其饥饿耐受能力逐渐增强。
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      starvation endurance
    We measured several aspects of life history, including development times, pupal and adult weights, growth rate, female fecundity, longevity and larval starvation endurance.
          


    The relationship between temperature and starvation endurance of larval Siniperca chuatsi was studied The results indicated that under starvation condition the larvae growth rate (from high to low) was 25℃>30℃>28℃>31℃>19 5℃,the time to PNR (from long to short) was 25℃>28℃>19 5℃>30℃>31℃,and the feeding rate (from high to low) was 25℃>28℃>19 5℃>30℃>31℃.The larvae starvation endurance rised apparently with temperature,but the endurance decreased quickly when temperature exceeded 28℃,while...

    The relationship between temperature and starvation endurance of larval Siniperca chuatsi was studied The results indicated that under starvation condition the larvae growth rate (from high to low) was 25℃>30℃>28℃>31℃>19 5℃,the time to PNR (from long to short) was 25℃>28℃>19 5℃>30℃>31℃,and the feeding rate (from high to low) was 25℃>28℃>19 5℃>30℃>31℃.The larvae starvation endurance rised apparently with temperature,but the endurance decreased quickly when temperature exceeded 28℃,while the endurance was the highest at 25℃

    从鳜仔鱼在饥饿状态下的生长速度、摄食率、抵达 PNR的时间几个方面研究温度与仔鱼饥饿耐力的关系。实验表明 ,不同温度下仔鱼的生长速度从大到小依次为 :2 5℃ >30℃ >2 8℃ >31℃ >1 9.5℃ ;抵达 PNR的时间从长到短依次为 2 5℃ >2 8℃ >1 9.5℃ >30℃ >31℃ ;摄食率高低依次为 2 5℃ >2 8℃ >1 9.5℃ >30℃ >31℃。可见 ,随温度的升高 ,仔鱼的饥饿耐力也显著提高 ,但超过 2 8℃后 ,仔鱼对饥饿耐受力急剧下降 ,在 2 5℃ ,仔鱼对饥饿的耐受力最高。

    The study was aimed at a new insect population character——Starvation endurance ability. In the situation of lack of prey, the insect population mortality gradually increased. While it reached 50%, the survival time is the starvation endurance threshold ( T 50 ). There is a close relationship between the stage mortality ( M ) and the survival time( T ) of Chrysopa phyllochroma larvae and it could be imitated with a normal distribution equation. The value of T 50 of insect population...

    The study was aimed at a new insect population character——Starvation endurance ability. In the situation of lack of prey, the insect population mortality gradually increased. While it reached 50%, the survival time is the starvation endurance threshold ( T 50 ). There is a close relationship between the stage mortality ( M ) and the survival time( T ) of Chrysopa phyllochroma larvae and it could be imitated with a normal distribution equation. The value of T 50 of insect population increases with their growth stages.The starvation endurance threshold of C. phyllochroma larvae also relies on their age.

    拟提出一个新的昆虫种群特征——饥饿时值 ( T50 ) ,它表示昆虫在饥饿情形下死亡率达 50 %时的存活时间。在完全不提供猎物的条件下对叶色草蛉幼虫的饥饿耐受性测定 ,结果表明其阶段死亡率 ( M)与存活时间 ( T)之间可以用正态分布曲线很好地进行拟合。而幼虫的 T50 取曲线中参数 μ的值。M =12πσ.e-( T -μ) 22σ2  同时 T50 与幼虫发育时间 ( t)之间有线性关系 :T50 =3 4 .82 1 5+0 .1 980 t,即随着幼虫的发育 ,饥饿耐受能力逐渐增强

    Starvation endurance ability of Chilocorus rubidus Hope adult was measured in the situation of lack of prey. The result showed that there was a close relationship between the stage mortality (M) and the survival time (T) of Chilocorus rubidus Hope adult and it could be imitated with a normal distribution equation.While the insect population mortality reached 50%, the starvation endurance threshold (LT50) was the value μ of normal distribution curves. There was linear relationship between LT50...

    Starvation endurance ability of Chilocorus rubidus Hope adult was measured in the situation of lack of prey. The result showed that there was a close relationship between the stage mortality (M) and the survival time (T) of Chilocorus rubidus Hope adult and it could be imitated with a normal distribution equation.While the insect population mortality reached 50%, the starvation endurance threshold (LT50) was the value μ of normal distribution curves. There was linear relationship between LT50 and the developmental time (t):LT50=31385+19324t.Namely the starvation endurance ability of Chilocorus rubidus Hope adult also relied on their development.

    在完全不提供食物的条件下对黑缘红瓢虫成虫的耐饥力进行测定,试验结果表明:其阶段死亡率(M)与存活时间(T)之间可以用正态分布曲线拟合。而成虫的LT50取曲线中参数μ的值。同时LT50与成虫发育时间(t)之间也有线性相关关系:LT50=3.1385+1.9324t,即随着成虫发育,其饥饿耐受能力逐渐增强。

     
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