子囊盘

子囊盘在地衣尤其是壳状地衣的分类中具有重要意义，其特征可通过光学显微镜进行观察。

Apothecium , which can be described using light microscope , is very important in the taxon of lichens ,( especially ) in crustose ones .

逐步回归分析结果表明调查日前三天的相对湿度和降水量，调查日前十天的相对湿度和降水量是影响田间子囊盘数量的最主要因素。

The result of stepwise regression analysis showed the RH and the precipitation in the three days before investigation and in the ten days before the investigation were the key factors affecting the apothecium number .

利用8个气象因子建立了子囊盘数量的逐步回归模拟方程和BP神经网络系统模型，模型的拟合效果好，对2003年子囊盘数量的预测也较为准确。

The 8 factors stepwise regression equation and BP Artificial Neural Network ( ANN ) model of the disease were established .

紫外光对菌核（SclerotiniaSclerotiorum（Lib.）debary）萌发和子囊盘形成速度的影响

Effects of ultra-violet radiation on the germination of sclerotia and the speed of apothecial development of Sclerotinia sclerotiorum ( lib . ) de Bary

通过对菌核形态，菌核萌发和子囊盘产生、子囊、子囊孢子和子囊盘尺度，病菌培养性状的比较，肯定呼盟和呼市郊区蔬菜菌核病的病原均为SclerotiniaSclerotiorum（Lib.）

Futher some comparative studies with the morphology of sclerotia , germination test of sclerotia and produced apothecia , size ranges of asci , ascospores and apothecia , the property of fungi confirmed that the causal organism all of vegetable sclerotinia diseases is sclerotinia sclerotiorum ( Lib . )

子囊盘抽生盛期与油菜盛花期吻合度及该期间的降雨量对发病程度影响较大。

It was important to the occurrence degree of Sclerotinia sclerotiorum that the goodness of fit to apothecium breaking through the soil largely and rape florescence . The rainfall in this period also influenced the occurrence degree .

晶杯菌科的分类目前主要基于子囊盘外囊盘被表面毛状物的形态学特征，在系统演化关系上十分不清楚。

Current classification of the Hyaloscyphaceae is based mainly on morphological characteristics , which does not reveal the phylogenetic relationships among genera in the family .