Tobacco pest situation monitoring method in smoke storage warehouse nitrogen filling and adjusting mode
The invention discloses a tobacco pest situation monitoring method in a smoke storage warehouse nitrogen filling air regulation mode, which comprises the following steps: after the air tightness of a warehouse stack position is improved, nitrogen filling is performed in a stacked stack chamber, the...
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| creator | SHEN BUJUN WANG YAJUAN BIAN HAIRONG ZHANG PINGQUAN MO JIAO JIN WENXI PAN YUE LI CHAOHUI ZHU LEI SONG SONG YANG FENYU XU QIAO ZHAO YANZHEN XU MENG ZHANG GUOHUI |
| description | The invention discloses a tobacco pest situation monitoring method in a smoke storage warehouse nitrogen filling air regulation mode, which comprises the following steps: after the air tightness of a warehouse stack position is improved, nitrogen filling is performed in a stacked stack chamber, the oxygen concentration in the stack chamber is detected, the nitrogen filling and oxygen concentration detection process lasts for 10-15 days at the same time, and the oxygen concentration in the stack position reaches the standard; in the state that the oxygen concentration is maintained to reach the standard, patrolling the lasioderma serricorne traps and the tobacco powder borers in the stack positions every two days, observing the insect feeding conditions of the two traps, and counting corresponding data; after nitrogen charging is finished and the stack is opened, a raw material smoke box is opened, a box cover is erected, a new lasioderma serricorne trapper and a new tobacco powder borer trapper are placed in |
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WANG YAJUAN ; BIAN HAIRONG ; ZHANG PINGQUAN ; MO JIAO ; JIN WENXI ; PAN YUE ; LI CHAOHUI ; ZHU LEI ; SONG SONG ; YANG FENYU ; XU QIAO ; ZHAO YANZHEN ; XU MENG ; ZHANG GUOHUI</creatorcontrib><description>The invention discloses a tobacco pest situation monitoring method in a smoke storage warehouse nitrogen filling air regulation mode, which comprises the following steps: after the air tightness of a warehouse stack position is improved, nitrogen filling is performed in a stacked stack chamber, the oxygen concentration in the stack chamber is detected, the nitrogen filling and oxygen concentration detection process lasts for 10-15 days at the same time, and the oxygen concentration in the stack position reaches the standard; in the state that the oxygen concentration is maintained to reach the standard, patrolling the lasioderma serricorne traps and the tobacco powder borers in the stack positions every two days, observing the insect feeding conditions of the two traps, and counting corresponding data; 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in the state that the oxygen concentration is maintained to reach the standard, patrolling the lasioderma serricorne traps and the tobacco powder borers in the stack positions every two days, observing the insect feeding conditions of the two traps, and counting corresponding data; after nitrogen charging is finished and the stack is opened, a raw material smoke box is opened, a box cover is erected, a new lasioderma serricorne trapper and a new tobacco powder borer trapper are placed in</abstract><oa>free_for_read</oa></addata></record> |
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| subjects | AGRICULTURE ANIMAL HUSBANDRY APPARATUS FOR THE DESTRUCTION OF NOXIOUS ANIMALS OR NOXIOUSPLANTS CATCHING, TRAPPING OR SCARING OF ANIMALS CONTROLLING FISHING FORESTRY HUMAN NECESSITIES HUNTING PHYSICS REGULATING SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES TRAPPING |
| title | Tobacco pest situation monitoring method in smoke storage warehouse nitrogen filling and adjusting mode |
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