CAJ | 학술논문

以捕捉孢子的方法观察设施番茄灰霉病菌分生孢子扩散的时间和空间动态，结果表明番茄灰霉病菌分生孢子在温棚内扩散是随机的，不同高度孢子捕捉量没有明显差异。番茄灰霉菌分生孢子扩散主要集中在白天，从8：00到20：00，孢子捕捉量占全天总量的88．4％，而8：00以前和20：00以后孢子捕捉量较小，仅占全天总量的11．6％，每日10：00后捕孢量开始迅速增加，而16：00后明显下降以10：00～16：00的捕孢量最多最稳定，1 d中最大捕孢量出现在12：00～14：00时。分生孢子捕捉量与对应田间病情指数呈显著正相关（R ＝0．8850，P ＜0．01），因此通过捕捉分生孢子，并监测其扩散动态，预测番茄灰霉病的发生期及防治适期具备可行性。
이포착포자적방법관찰설시번가회매병균분생포자확산적시간화공간동태，결과표명번가회매병균분생포자재온붕내확산시수궤적，불동고도포자포착량몰유명현차이。번가회매균분생포자확산주요집중재백천，종8：00도20：00，포자포착량점전천총량적88．4％，이8：00이전화20：00이후포자포착량교소，부점전천총량적11．6％，매일10：00후포포량개시신속증가，이16：00후명현하강이10：00～16：00적포포량최다최은정，1 d중최대포포량출현재12：00～14：00시。분생포자포착량여대응전간병정지수정현저정상관（R ＝0．8850，P ＜0．01），인차통과포착분생포자，병감측기확산동태，예측번가회매병적발생기급방치괄기구비가행성。
To evaluated the dynamics of sporangium diffusion in Tomato Botrytis cinerea and its correlation with disease incidence in greenhouse,observation the dynamic time and space of airborne spores of Tomato Gray Mold by trapped the conidium was assayed.The results showed that the diffusion of Botrytis cinerea on the time and space are randomly Sporangium diffusion occurred mainly during daytime and 88.4% of Botrytis cinerea were trapped during 8:00 to 20:00.The trapped quantity of Botrytis cinerea increased after10:00 and reducedafter 16:00 quickly,and the maximum quantity of conidium Trapped occurred between 12:00 to 14:00. Our results suggest that the trapped quantity of Botrytis cinerea correlated with the Disease index of Gray Mold in the greenhouse during mid to late March to late Aprill (R=0.8850,P <0.01)significantly,and it will be benefit for the predict tomato gray mold and select suitable date for control.