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of amylase and ATPase activities during germination. The effects were more<br />

pronounced in wheat than in mungbean. [ASJ<br />

*0622 Naresh, J.S. ; Thakur, R.P. 1972. Efficacy of systemic granular and<br />

spray insecticides for the control of insect pests of black-gram (Phaseolus<br />

mungo Roxb.). INDIAN JOURNAL OF AGRICULTURAL SCIENCES, v.42(8):732-735. [En]<br />

[En Abstj (REP.MB-0213)<br />

Aldicarb (Temik 10% granules) at the rate of I kg a.i./ha, phorate (Thimet<br />

10% granules) at the rate of I kg a.i./ha and monocrotophos (Azodrin 5%<br />

granules) at the rate of 0.75kg a.i./ha, were applied in soil before sowing.<br />

Monocrotophos (Azodrin 60% water-soluble concentrate), oxydemeton-methyl<br />

(Metasystox R 25% emulsifiable concentrate) and phosphamidon (Dimecron 100%<br />

water-souble concentrate), each at the rate of 300 and 500 ml a.i./ha, were<br />

sprayed at 28 and 48 days after sowing blackgram (Vigna mungo). All the 3<br />

granular insecticides gave a significant control of the beanfly (Melanagromyza<br />

phaseoli Tryon.), galerucid beetle (Madura~ia obscurella Jacoby), whitefly<br />

(Bemisia tabaci Gennadius) and reduced the yellow-mosaic incidence and<br />

increased the grain production significantly over the control. The residual<br />

toxicity of these insecticides was noticed up to 48 days after application. The<br />

interactions between granular and spray insecticides were also significant. The<br />

combinations of aldicarb granules followed by oxydemeton-methyl or<br />

monocrotophos sprays, phorate granules followed by oxydemeton-methyl sprays,<br />

and monocrotophos granules followed by monocrotophos sprays reduced the<br />

yellow-mosaic incidence and increased the grain yield of blackgram (V. mungo)<br />

significantly over other treatments and the control. [AS]<br />

*0623 Naidu, K.P.S. ; Rao, A.S.H. 1973. Screening of moong varieties for<br />

important insect pests [resistance] during 1972 kharif season at the<br />

Agricultural Research Institute, Rajendrangar, Hyderabad - A.P. IN:<br />

Proceedings [of the] ninth workshop (kharif pulses). New Delhi : ICAR.<br />

p.127-131. (REP.MB-1474)<br />

MEETING: Workshop on (kharif Pulses), 9th -- New Delhi, India, Jun 7-9, 1973<br />

Mungbean is subjected to attack by about a dozen pests when it is grown<br />

either as monoculture or in rice fallows in Andhra Pradesh. Nine mungbean<br />

varieties were screened for resistance to important pests prevalent in the<br />

region during 1972-73 kharif season. All varieties were attacked by galerucid<br />

beetle, jassid, leaf miner, whitefly, pod borer and stem borer at different<br />

degrees. The application of soil insecticide, aldicarb, at the rate of 1.5 kg<br />

a.i./ha at the time of sowing followed by foliar spraying of endosulfan at<br />

0.07% concentration at the 4th and 6th week after sowing gave very good control<br />

of mungbean pests and yielded five times more than untreated check. [THH]<br />

*0624 Ooi, P. 1973. Some insect pests of green gram, Phaseolus aureus.<br />

MALAYSIAN AGRICULTURAL JOURNAL, v.49(2):131-142. [En] [En Abst] (REP.MB-0567)<br />

The most important pest of Vigna radiata is the beanfly Ophiomyia phaseoli<br />

Tryon, while the other important pests are Prodenia litura F., Lamprosema<br />

diemenalis Guen., Apogonia spp., Pagria sp. and Riptortus linearis F. Aserica<br />

sp., Lepadoretus sp., Atractomorpha sp., Elimaea sp., Homoeocerus Rerrifer<br />

Westw., Coptosoma sp. and Bothrogonia ferruginea F. also feed on this plant but<br />

159

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