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*0729 Panda, N. ; Raju, A.K. 1972. Varietal resistance of green gram (Phaseolus aureus Roxb.) to Aphis craccivora (Koch) [Hung beansj. INDIAN JOURNAL OF AGRICULTURAL SCIENCES, v.42(b):670-673. [En] [En Abst] (REP .MB-0189) Twenty five varieties of mungbean (Vigna radiata) were screened for resistance to Aphis craccivora (Koch) under field conditions at Bhubaneswar during the winter season of 1969 and the summer and rainy seasons of 1970. The average nimber of aphids, both nymphs and adults, per plant was used to compare the level or resistance betwcen varieties. The intensity of damage by yellow mosaic virus was also recorded. 'BR 2', 'NP 18', 'Kopergaon' and 'Green (4 n)' were resistant to the aphid, whereas 'Shining', 'Khargaon', 'Balsakhi', 'T 51' 'Kiloga', 'Peru', 'Lincon' and 'Beerkun' were susceptible. 'Angul 3-6' proved moderately resistant to the aphid and to the yellow mosaic virus, an antibiosis study revealed that the fecundity of aphids feeding on resistant varieties was almost half that of the insect teeding on susceptille ones. The nymphal weight was lower and the duration of life cycle longer in insects fed on resistant entries. [ASJ *0730 Hamid, S. ; Shah, M.A. ; Anwar, A.M. 1977. Some ecological and behavioural studies on Aphis craccivora Koch (Hem.: Aphididae). COMMONWEALTH INSTITUTE OF BICLOGICAL CONTROL, TECHNICAL BULLETIM, no.18:99-Iil. [En] [En Abst] (REP.MB-2738) Investigations on biology, ecology, behaviour and natural enemies of Aphis craccivora Koch were conducted in Pakistan during 1967-1970. Aphis craccivora exhibited seasonal and crop-wise polymorphism. Anholocyclic infestations were maintained on 9 summer plants, 18 winter and 3 perennials. Of these Arachis hypogaea, Cyamopsis tetragonolobus, Vigna radiata and V. sinensis (summer), Medicago sativa (perennial), and Vicia faba (winter) were important. Host preference was related to reproduction on different olant species. Aphidius absinthii, Aphelinus basalis, Ephedrus sp. nr. cerasicola, Trioxys ? sJnensis, Lysiphlebus fabarum and Aphidencyrtus aphidivora parasitised the apl'id while two Anthocorids, one Chamaemyiid, one Chrysopid, nine Coccinellids and nine Syrphids preyed on it. Ants, Pheidole sp. and Monomorium Indicum, were associated with A. czaccivora in 90% of the sites examined. Their symbiotic influence appeared to work in favour of the aphid. [ASJTHH] *0731 Raju, A.K. ; Panda, N. i983. Observations on the biology of Aphis craccivora Koch on five varieties of greengram. INDIAN JOURNAL OF AGRICULTURAL SCIENCES, v.53(9):86g-869. [En] (A:VS) A laboratory study on the possible antibiosis of mungbeans to Aphis craccivora was conducted in India. On a susceptible variety, Shining, the adult aphid could significantly attain higher fecundity, higher body weight, shorter nymphal period and longer duration than the moderately resistant varieties of Angul 3-6 and NP 18 and r,sistant varieties of Kopergaon and Green 4n. There was no significant difference between Angul 3-6 and NP 18 in respect of oviposition. [THH] OTHER POLYPHALOUS INSECTS 191
*0732 Wolfenbarger, D. ; Sleesman, J.P. 1961. Resistance to the potato leafhopper in Lima bean lines, interspecific Phaseolus crosses, Phaseolus app., the cowpea, and the Bonavist bean. JOURNAL OF ECONOMIC ENTOMOLOGY, v.54:1077-1079. [EnJ [En Abst] (REP.MB-0580) Nineteen Lima bean lines were resistant to hopperburn, although the varieties differed in resistance to nymphal infestation. All plants or interspecific crosses of resistant and susceptible species were susceptible to both hopperburn and nymphal infestations. Unidentified Phaseolus species differed in their reaction to both nymphal infestations and hopperburn injury. The Bonavist bean was resistant to hopperburn but susceptible to nymphal infestation. Although cowpea lines exhibited tolerance they were susceptible to nymphal infestacions and hopperburn injury. All domestic mungbeans were resistant to nymphal infestation and hopperburn injury. [AS/THH] *0733 Chaudhary, J.P. ; Sidhu, A.S. ; Ramzan, M. 1970. Seasonal activity and life history of Kutra hairy caterpillar in the Punjab. IN: Proceedings [of the] fourth workshop on pulse crops. New Delhi : ICAR. p.204-208 [En] [En Abst] (REP.MB-1459) MEETING: Workshop on Pulse Crops, 4th -- Ludhiana, India, Apr 7-10, 1970 Studies conducted during 1967 to 1969 revealed that contrary to earlier belief Amsacta moorei Bulter remained active from about the end of June to the middle of October. There were two distinct races: one comprising 25-30% of the population was univoltine while the other had three broods. Eggs hatched in four days during July-August and in six days during September. Larvae molted 4-6 times and became full-grown in 17-30 days. Pupal period was very variable. In case of univoltine race it was about 10.5 months, whereas in case of the multivoltine race, it was 6-35 days in the first two broods and about 9 months in the third brood. Studies on light trap collection revealed that maximum number of moths were attracted during June-July when diipausing pupae of both the races emerged as moths together. About five times more males were attracted to light than the females. [AS] *0734 Saxena, H.P. ; Kumar, S. ; Prasad, S.K. 1971. Efficacy of some systemic granular insecticides against galerucid beetle, Hadurasia obscurella jacoby infesting kharif pulses. INDIAN JOURNAL OF ENTOMOLOGY, v.33(4):470-471. [En] (REP.MB-1307) (NOTE: Also presented at the 3rd Annual Workshop Conference on Pulse Crops, in 1969, under the title: Chemical control of galerucid beetle on pulses, viz., mung, urid, and cowpea) During kharif 1968, granular systemic insecticides were tested to control galerucid beetle (Madurasia obscurella Jacaby), an important pest of kharif mungbean, blackgram and cowpea in India. ALdicarb, phorate (Thimet 10 G) and disulfoton (Solvirex and Disyston) were appiled to soil at the rate of 2 kg/ha, 1.5 kg/ha, 1 kg/ha, and 0.5 kg/ha. The application was done before sowing. The dose of 2 kg/ha of all insecticides tested proved better in all three crops. The results in mungbean and blackgram were significant. In the case of mungbean, phorate at 2 %g/ha recorded 38.4% of damaged leaves as against 84.7% in the control. The same dose of phorate at 2 kg/ha proved most effective in blackgram, the damaged leaves was 36.6% as compared to 68.6% in the control. In cowpea, phorate 2 kg/ha had significantly less damaged leaves than the control 192
Page 1: yield. [TjIH] *0726 Chakravarthy, A
Page 5 and 6: egards to the percentage of adult e
Page 7 and 8: *0746 Prasad, D. ; Premchand 1980.
Page 9 and 10: feature caused by thrips, Megalurot
Page 11 and 12: Trials were conducted to test the r
Page 13 and 14: *0768 Gokhale, V.G. 1973. Developme
Page 15 and 16: (P. vulgaris L.) and cowpea [Vigna
Page 17 and 18: iiAhibited when coconut and mustard
Page 19 and 20: 57.55% in the seeds infested by C.
Page 21 and 22: incubator at 25 [plus or minus] 2 C
Page 23 and 24: AUTHOR INDEX *** Abu Bakar, A.K.B.
Page 25 and 26: AUTHOR INDEX *** Chang, L.H. -- 051
Page 27 and 28: AUTHOR INDEX *** Govier, D.A. -- 02
Page 29 and 30: Kaushik, H.D. - 0584 Keswani, C.L.
Page 31 and 32: Mew, 1.2. -- 0394 Mew, i J. -- 0518
Page 33 and 34: *** AUTHOR INDEX *** Pieters, W.H.J
Page 35 and 36: AUTHOR INDEX *** Sahu, R.C. -- 0117
Page 37 and 38: AUTHOR INDEX ** Singh, Ram -- 0682
Page 39 and 40: *** AUTHOR INDEX *** van der Goot,
Page 41 and 42: *** SUBJECT INDEX *** ABSORPTION -
Page 43 and 44: *** SUBJECT INDEX *** BEAN APHID --
Page 45 and 46: *** SUBJECT INDEX *** CERCOSPORA CA
Page 47 and 48: *** SUBJECT INDEX *** CRICONEMOIDES
Page 49 and 50: *** SUBJECT INDEX *** EMPOASCA TERM
Page 51 and 52: *** SUBJECT INDEX *** 0275 0277 029
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*** SUBJECT INDEX *** LEAF-EATING I
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x** SUBJECT INDEX *** MUNG-URD MOSA
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*** SUBJECT INDEX *** PEANUT OIL --
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PLUSIA ORICHALCEA -- 0658 PLUTARCHI
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*** SUBJECT INDEX *** ROOT-KNOT NEM
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** SUBJECT INDEX *** 0774 0775 0776
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*** SUBJECT INDEX *** VIRULENCE --
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Diseases and Insect Pests of Mungbe
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Suggested citation: Diseases ana in
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G) NEMATODES - General 147 - Roo
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Document No. Author EXPLANTORY NOTE
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enhanced epiphytotic conditions. On
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Five breeding lines showed high lev
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DISEASES AND INSECT PESTS - BIBLIOG
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diseaae development and their contr
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lentil and peas. Gram, pigeonpeas a
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There was no difference in the deve
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Yellow mosaic, leaf crinkle, tip ne
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*0058 Narayanasamy, P. ; Jaganathan
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Twelve varieties of blackgram were
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lines were resistant, 14 moderately
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germplasm of local, exotic, and mut
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DIGEST, v.3(3/4):182-184. [En] [En
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*0099 Singh, B.V. ; Ahuja, M.R. 197
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*0108 Yadav, H.C. ; Chand, J.N. ; S
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have been produced in mungbean whic
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Induced mutations for new plant typ
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Sabarmati (PIMS 4), a new variety o
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The results of the survey on viral
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p.17-1B LEn] (SB736.R3) Causal viru
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transmitted through seeds. [THH] -
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shrunken seed production was not in
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inoculation periods required for wh
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transmission. Pre- and post-acquisi
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*0187 Thongmeearkom, P. ; Kittipako
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virus. MICROBIOLOGY AND IMMUNOLOGY,
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*0201 Narayanasamy, P. ; Jaganathan
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spread of urdbean leaf crinkle dise
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y aphids (A. pisumn and A. craccivo
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A survey of different districts of
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symptomatology, physical properties
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v.77(2):249-257. [EnJ [En It AbstJ
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sedimentation of normal antibodies
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(REP.MB-2797) Mungbean mild mosaic
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were identified as natural hosts. I
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Blackgram mottle virus (BLMV) isola
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*0276 Capoor, S.P. ; Varma, P.M. 19
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transmission was prevented by antis
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*0293 Kaiser, W.J. ; Mossahebi, G.H
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apparently did not transmit the vir
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*0309 Provvidenti, R. 1986. Seed tr
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P. atropurpureus, D. lablab, D. bif
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where research work on improvement
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spot disease of urd bean (Phaseolus
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light. PHYTOPATHOLOGY, v.55:889-894
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*0343 Gaur, R.B. ; Ahmed, S.R. 1983
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plant growth. Maximum emergence of
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*0360 Thind, B.S. ; Kumar, I. 1980.
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of Agriculture, Los Banos, the Phil
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spot diseases on Vigna mungo, V. ra
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adiata, and Protomycopsis thirumala
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(REP.MB-1567) Four fungicides were
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diameter, and characterized by gray
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The conditions that produced maximu
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*0423 Prasad, K.S. ; Rao, P.R. ; Wa
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to be poor indicators of yield loss
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of infection to environmental condi
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*0448 Moghe, S.V. ; Utikar, P.G. ;
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The blackgram (Vigna mungo) crop in
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phenylJ-3-thioallopianate were comp
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ean seedling by Rhizoctonia solani
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Both a virulent and an avirulent is
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*0488 Wu, L.C. 1968. Nitrogen mobil
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the typical lesions appeared. The d
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complete inhibition of R. solani my
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aldolase activity declined in the i
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esistance to Rhizoctonia damping-of
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*0526 Rath, G.C. ; Routray, G.N. 19
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effective against R. solani. [AS] *
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*0543 Tripathi, H.S. ; Beniwal, S.P
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tests have yet to be performed to e
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fungistatic against some pathogens.
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Initially, protein declined in its
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Colletotrichum truncatum, Fusarium
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[En] [En Abst] (REP.tB-1924) Nemato
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plants. The root-knot index was cal
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*0595 Mishra, S.D. ; Gaur, H.S. 198
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mungbean. When the previously fallo
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more cysts on striate lespedeza and
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During the 1970 kharif season, inse
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do relatively little damage. A para
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mungo to injury by important insect
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MEETING: International Symposium on
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Seeds of mungbean were treated with
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eanfly (Ophiomyia phaseoli Tryon) a
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found to reach the tolerance level
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*0663 Lal, S.S. 1985. A review of i
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MEETING: Workshop [on' Kharif Pulse
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of mubean, Vigi a radiata (L.) Wilc
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Girault and Paratrigonogastra stell
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Field trials were conducted to asse
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*0698 Distabanjong, K. 1984. Inheri
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v.43(5):514-516. [EnJ (REP.MB-19b2)
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phorate 10G, mephosfolan 5G, disulf
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crop. [THH] *0719 Chelliah, S. ; Ba
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