本发明公开了一种提高粘虫板诱集杀虫能力的方法。
The invention discloses a method for improving pest trapping and killing capacity of a sticky trap.
说明光周期是影响粘虫发育、殖和飞翔的重要环境因子之一。
The experiment shows that photoperiod was an important environmental factor affecting armyworm development, reproduction and flight.
本文叙述了粘虫生殖系统各器官名称、功能及授精过程中精包的形成。
The structure and function of the internal reproductive organs of the armyworm moth especially the formation of spermatophore have been described in this paper.
最后对粘虫蛾飞行肌与卵巢发育及其飞行能力变化的关系进行了讨论。
The moth's flight muscle grows and flight capacity increases as its ovary develops, but its flight muscle degenerates and flight capacity decreases after the moth begins laying eggs.
由此认为，食物利用率下降是高密度条件下粘虫个体较小的主要原因之一。
Presumably, the lower AD and ECI should be the bases of the major reasons for the smaller size of M. separata in the crowded conditions.
在经济上会造成相当大损失的昆虫是花蓟马，监测蓟马可用黄色和蓝色的粘虫板。
The insect which will cause the quite big losses in the economy will be the flowered thrips, the monitor thrips available yellow and the blue color Oriental army worm board.
用人工饲料进行的类似试验结果，排除了SO_2污染直接促进粘虫生长的可能性。
Similar experiments conducted with insects and artificial diet excluded the possibility of increased larval growth due to SO2 direct effect.
粘虫胶诱杀技术对于小型昆虫如蚜虫、粉虱、叶蝉、斑潜蝇、蓟马等有着良好的效果。
Sticky traps for trapping and killing to have good result to the small insects, such as aphids, whitefly, Leafhopper, vegetable leaf miner, thrips, etc.
粘虫胶诱杀作为害虫综合治理的措施之一，对小型昆虫的控制诱集作用越来越受到重视。
Sticky insect Glue as one of the measures for Integrated Pest Management (IPM), become more and more important in trapping and killing small insects nowadays.
粘虫胶诱杀是一种无公害，易操作的物理防治方法，是生产无公害蔬菜果品的有效途径之一。
Sticky Insect Glue is a non-pollution, testability and physical control method. It is one of effective approach for producing non-pollution vegetable and fruit.
雷达观测发现粘虫在空中迁飞过程中具有成层现象，并有较强的秋季回迁定向行为，其头部总是朝向西南；
Radar observations indicated that the stratification occurred in the course of the Oriental armyworm migration. The moths headed southwest in autumn migration.
应用计算机模拟技术，引入同龄组的概念，建立了适合于估测变温条件下粘虫种群动态的计算机模拟模型。
Using computer simulating technique and cohort conception, the simulation model of armyworm population dynamics under variable temperatures was built.
寄生蜂对1龄寄主幼虫的寄生率以及1龄粘虫育出的茧重均是三个龄期寄主中最小的，但死亡率却是三者间最高的。
The parasitizing rate and pupae weight which were bred in the larvae of the 1st instar were the lowest but the mortality rate after parasitizing was the highest.
连续三年的实际应用表明，模型的稳定性较好，预报结果与实际发生情况比较吻合，有效地指导了粘虫害的防治工作。
Applications during the three years indicate that the stability of this model is pretty good, the forecast results closely coincide with the actual situation and effective...
结果表明，对照组小地老虎中肠细胞色素P4 5 0含量及NADPH-细胞色素P4 5 0还原酶活性均显著高于粘虫。
In normal groups, the cytochrome P450 content and the NADPH cytochrome P450 reductase activity of A. ypsilon were significantly higher than that of M. separata .
结果表明，对照组小地老虎中肠细胞色素P4 5 0含量及NADPH-细胞色素P4 5 0还原酶活性均显著高于粘虫。
In normal groups, the cytochrome P450 content and the NADPH cytochrome P450 reductase activity of A. ypsilon were significantly higher than that of M. separata .
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