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mice density
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  鼠密度
     Results Mice density indoor and outdoor in flooded area was 9.07%(64/706),12.05%(54/448),obviously higher than that in non flooded area(P<0.01).
     结果洪涝灾害期间灾区室内、野外的鼠密度分别为9.07%(64/706)、12.05%(54/448),明显高于同期非灾区的鼠密度(P<0.01);
短句来源
     No positive specimens were found. After the countermeasures were implemented,mice density in recovery and post-flood periods of flooded area was 2.22%(39/1758) and 1.52%(23/1517) respectively,lower than that of non flooded area(P<0.01 and P<0.05).
     在灾区采取防制措施后,恢复期、灾后的鼠密度分为2.22%(39/1758)、1.52%(23/1 517),均低于非灾区同期的鼠密度(P恢复期<0.01,P灾后<0.05)。
短句来源
     norvegicus (53.13%). Mice density was 8.63%. The virus carried rate was 9.56%.
     室内优势鼠种为褐家鼠 (53 .1 3 % ) ,鼠密度为 8.63 % ,带毒率为 9.56 %。
短句来源
     [Result]The mice density of the infectious point was 11.9%. The infectious focus was 6 square kilometers(2×3).
     [结果]疫点鼠密度为11.9%,疫源地约为2×3km~2面积6km~2的区域。
短句来源
     The average incidence in Fuyang prefecture at the same period was 0.81/100000 and 0.76/100000.Conclusion Flood could increase mice density in parts of the flooded area and might lead to prevalence of HFRS.
     同期全市HFRS的发病率分别为0.81/10万、0.76/10万。 结论洪涝灾害会引起灾区局部鼠密度增加,易引起出血热流行。
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  “mice density”译为未确定词的双语例句
     Results The mice density before and after laying down baits were 40.7% and 8.3% respectively. The acceptance rate for five poison baits (unhusked rice,sunflower seeds,corn,wheat and Racumrn-paste) were 35.8,31.1,4.4,8.2 and 5.7% respectively.
     结果 鼠类对 5种毒饵的盗食率分别为 :稻谷 3 5 .8%、葵瓜子3 1.1%、玉米 4 .4 %、小麦 8.2 %、立克命膏剂 5 .7%。 ( P<0 .0 0 5 )。
短句来源
     The mice density and bait acceptance rate were measured.
     采取连续 3 d投毒的方法 ,计算盗食率。
短句来源
     Methods From 19, September to 30 September in 2005, the author makes a survey, of the field mice density with the method of 24h catching with clamps, of moonlighting mice quantity in placing clamps each five meters, of domestic species mice quantity in continuous arranging the mouse holdfast indoors 48-72 h/time.
     方法2005.9.19-2005.9.30采用24 h夹日法,调查野鼠密度,利用五米夹线法调查夜间活动鼠数量; 连续在室内布夹48-72 h/次法调查家栖鼠数量;
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  相似匹配句对
     Methods The captured mice were classified and the density was calculated.
     方法夹夜法捕鼠,计算鼠密度,确定鼠类的种群构成。
短句来源
     The mice density and bait acceptance rate were measured.
     采取连续 3 d投毒的方法 ,计算盗食率。
短句来源
     s,with unknown density f(x).
     s,f(x)为其未知的密度函数,我们讨论了f(x)的估计的相合性。
短句来源
     coli in mice;
     coli O_(138)生长的作用。
短句来源
     Density of utility.
     效用密度。
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The factors of transmission of Epidemic Heamorrhagic Fever (EHF) among mlce were investigated in domestic-rodenttype focus of EHF in fiang su Province in May 1989. It was found that the positive rate of antigen/antibod of EHF in mice in area of high mice density were significantly higher than that of low mice density. Tnar in the group of skin damage were much greater than that of skin disdamage. The positive rate of antigen of EHF in the feces of mice was significantly increased compared with...

The factors of transmission of Epidemic Heamorrhagic Fever (EHF) among mlce were investigated in domestic-rodenttype focus of EHF in fiang su Province in May 1989. It was found that the positive rate of antigen/antibod of EHF in mice in area of high mice density were significantly higher than that of low mice density. Tnar in the group of skin damage were much greater than that of skin disdamage. The positive rate of antigen of EHF in the feces of mice was significantly increased compared with remained food of stomach. The results showed that contacting closely among mice and skin damage were most important factor of transmission in demestic-rodent-type among mice.

1989年5月,在江苏省家鼠型EHF疫区进行鼠间传播因素调查中,发现鼠密度高的地区,鼠的EHF抗原、抗体阳性率均显著高于鼠密度低的地区;鼠体皮肤破损组鼠的EHF抗原、抗体阳性率显著高于无破损组;鼠肺EHF抗原阳性者,鼠粪EHF抗原阳性率均明显高于胃残留食物EHE抗原阳性率。结合鼠各脏器EHF抗原检测结果分析表明:在家鼠型EHF鼠间传播因素中,以鼠间密切接触和鼠体皮肤破损为主要因素。

The study of population dynamies and economic threshold of striped field mouse (Apodemus agraius) in double or single rice growing regions of Yangtze River Valley was carried out dining 1986-1989. The population reached their yearly two peak reproductive periods from April to May and from September to October, and their corresponding peak population sizes occured in July and October-November, respectively. At different rice growing stages, mouse density (x) had a significant positive relationship...

The study of population dynamies and economic threshold of striped field mouse (Apodemus agraius) in double or single rice growing regions of Yangtze River Valley was carried out dining 1986-1989. The population reached their yearly two peak reproductive periods from April to May and from September to October, and their corresponding peak population sizes occured in July and October-November, respectively. At different rice growing stages, mouse density (x) had a significant positive relationship with rice yield loss rate (y). Imitating the mouse injury to rice showed that the injury at tillering stage possessed certain compensation capacity, whereas the rice yield loss rates at booting and spiking stages were almost equal to the mouse injury rates, which indicated that rice at these stages lost its compensary capacity. It is suggested in the paper that early spring is the most optimal control time of the mouse. Under the current production conditions, the economic threshold densities are 3% in early spring, 5% for the first rice crop and single cropping, and 7% for the second cropping, raspectively.

1986-1989年在长江流域稻区研究了黑线姬鼠发生动态和防治指标。结果表明:4-5月、9-10月为繁殖高峰:6月和10-11月为数量高峰。水稻不同生育期害鼠密度(x)与产量损失率(V)呈显著正相关。模拟测试还表明,分蘖期鼠害有补偿损失的能力,孕穗、齐穗期产量损失率接近为害率。早春为防治适期,在现有的生产水平条件下,防治指标(鼠密度)为3%;主害期控制指标:早稻5%、中稻5%、晚稻7%。

The control rate of 0.01% chloropacinone to striped field mouse, Apodenmus agrarius Pallas, used at 7 days after the 1.5% glyftor treatment was 100%, which was more effective than that of this two rodenticide use seperately, the control rate of 1.5% glyftor was 91.87%, but the mouse density rose 0.13% at 15th day after treatment, and the control rate of 0.01% chlorophacinone was 89.03%. Therefore, the rotating use of acute and chronic rodenticides to control field mouse could be considered...

The control rate of 0.01% chloropacinone to striped field mouse, Apodenmus agrarius Pallas, used at 7 days after the 1.5% glyftor treatment was 100%, which was more effective than that of this two rodenticide use seperately, the control rate of 1.5% glyftor was 91.87%, but the mouse density rose 0.13% at 15th day after treatment, and the control rate of 0.01% chlorophacinone was 89.03%. Therefore, the rotating use of acute and chronic rodenticides to control field mouse could be considered to increase the mouse control rate and to delay the resistance of field mouse to antieongulant redenticides.

投放1.5%甘氟毒饵后7天,再用0.01%氯鼠酮毒饵防治农田黑线姬鼠,灭效达100%,高于两者单独使用的效果(单用甘氟的灭效为91.87%),但15天后鼠密度回升0.13个百分点(单用氯鼠酮的灭效为89.3%)。交替使用急、慢性杀鼠剂,不仅能提高防治效果,还能延缓抗凝血杀鼠剂抗性鼠的出现。

 
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