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! ' 41 )56 7 8326 )96 7 +,- ./0 "1 23 )* . 1 ! ' 41 )56 7 8326 )96 7 9:; :* ------. . . Dyspessa ulula pallidata (Staudinger ) *. /* * 0 *& ) *& +, *- 6.*& 58 2 3 27 $ " S W! *'' , " 7 27 1,2, 326 B &R5'! +2 G ,, > B 7 : 2 6 )1 1 23 +@ A 3 9> 27 $ "6 >3 fg W! Y1 B_ ): 72 B ! & B4C 3 > DE' .: .( 1372 )7 ; 41R0 ) 77* Z 8! % "6 8 1 > ! $ F> : 7 2 7 "41 26& ; S: 8L2 27 2 O "#$ % A 027 85 7 B 82 E B )7 G ' $ 9 $ ) 7 : 3 L \Q +#$ K;C 72 7 K;C .( 1382 ) ' , 2 2 6 $ 1365 % 27 , 40 3L .( 1969 M4&N 8! OP B Q, 27 $ 3 )7 83 L 8! 8;- 7 7 j N6, Dyspessa ulula (Borkhausen) 2 8! "S > OP TA U 3 . 7 : )7R& 27 ; (1976 ) 6&4> . (1365 82 3 bX B ) 8! . 7 * 2 S )7R& 72 ) * > M4&N )2: > 27 $ 7 C B l 1 + 6 # W!kL > OP ) C 27 Q WX ) * > ! V > ! B * m , , D S7 8! 2 " B&: 7 , Y 3 > OP T2A )/1 .72 7 * 3 S &# >A, B>X BXg' 27 7 C 3 : \ZE [ Z 7 ! &> 27 )k>B > 27 7 C B * B 7 7 6 ( 1989 ) ) P ]- 2 U &Z'0 > OP +@ A )7 2 O B * 3 8 B * >3 2 6 P DE' )7 >2 7 ^ 8 2 7 ) * > . " " ! ;> . : D. ulula pallidata (Staudiger) $ 41 _ B >/&- &>7 2 8 $ TA 72 7 26& ; >2n$ 27 > )/1 B * >3 > M E 82 $ )/1 . " ): B 0 , j N6, 8'- ( 1376 ) .(1385 ) " 0 8 2 7 8 3 82 8! 8& 3 Z ." )7 n D. pallidata 2 $ B * , 2 " 0 ; a (1352 8*23 ) " 8& ` >L2 8!2 6 27 D. ulula ulula B * . )7 7 "- $ B E ` - g4# A B>2 (> 3XRS ) D 82 : WN 4 7 T2A )/1 ) * > % A B * 72 7 26& X>#$ %: , o: b 96, ; 2 2 6 >2 7 , 270 /S 3 Q 72 7 26& > >2n$ 27 D. ulula pall idata [32 3 ! " R \ZE )3 . !7 27 *7 $ > , W ; > 27 .(2006 ) 8!2 6 B b 7 ! B )7 2 72 >@ B c> 2Q 8! WN )7 ! BXg' . 77* 270 ]2# c 4 )3 >X>#$ >L2 QC , bS " ZC \ , 3 8! B' 7 ! ) * > 82 ! B' + 6 3 87Z& 8! B * ; !n bL 3 872 +2 0 B ': 2 72 +2 Q', ! $ 27 : "#> DE' > 3 ' , " )>7* 82$ eC 87A&S " D. ulula palidata (Staudiger) . (1384 ) " )6 [2 ;* 2 6 BC b96 2 % A > + 270 B&: 7 b 7 B n R 2- B12; 27 )6 > 8 !2@ . 73 7 : +2 G- ! $ 3 B>Oo, B_ % A 2 )'' 7 b1 >, \Q ; B 82 E B 7 * +2 0 2- 27 )1 +2 27 B " "#$ > B : )7 $ ) * > "6 027 17 /8 , ": 7 3 rL ) m> 2- 27 +2 72 87>3 +2 !2- 27 ^ A B d2 ; +2 ; )32- 1 +2 0 27 B&- . 7 : t > ` ! % 3 27 . (1385 ) ' 2 \! 027 100 B ): &6 4 72 ): 2- % A B \ X& +2 "#$ B B12; 3 *7 $ B > B BC , .(1385 ) [32 8! B *7 $ "41 B 73 , 41 B * ! O 7 : d: "#$ 82 O* \N, + 270 3 e B&#> W! +: B $ , 270 27 "#$ ]& 7 3 % A : u2 B ' B % A S GC d ` > . 7 : % A
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------. . . Dyspessa ulula pallidata (Staudinger ) *. /* * 0 *& ) *& +, *- 6.*& 66
Study on Effect of Harvesting Time in Control of Garlic Moth, Dyspessa ulula pallidata Staudinger (Lep., Cossidae) in Hamedan
Babolhavaeji 1*, H. and Khanjani2, M.
Abstract Garlic Moth Dyspessa ulula Sch is one of the most i mportant pests damaging crop both in store and in the field. Chemical pesticides are not suitable to control of this pest. So, study the other methods of control seems to be necessary. The effect of harvesting time on preventing garlic moth infestation wa s studied. Five different harvesting times including 11 June, 20 June, 30 June, 11 July and 21 July were considered for the experiments. This study was conducted in random block design with 4 replications. In this survey first and second harvesting dates w ere based on the time before the female ovipositing. The effects of each harvesting time on yield, storage capability and garlic moth infestation were studied. The results showed that, the yield was high at first and second harvesting time. There was no difference between the treatments in terms of storage capability. So, changing the harvesting date was not only reduced storage capability, but also controlled the garlic moth infestation.
Keywords: Garlic, Garlic moth, Pest control, Hamedan
1. Department of Agronomy, Faculty of Agriculture, Bu -Ali Sina University, Hamadan 2. Professor, Depart ment of Plant Protection, Faculty of Agriculture, Bu - Ali Sin University, Hamedan *: Corresponding Author ------