Pest control by pathogens — fungi, viruses and bacteria N. HelyerG. GillA. Bywater OriginalPaper Pages: S5 - S9
The potential of entomopathogenic fungi to control the lettuce root aphid,pemphigus bursarius D. Chandler OriginalPaper Pages: S11 - S15
Control of the black vine weevil,otiorhynchus sulcatus, with the fungusmetarhizium anisopliae M. A. Easter-brookM. P. CantwellD. Chandler OriginalPaper Pages: S17 - S19
Interactions among herbivores, microbial insecticides and crop plants A. Navon OriginalPaper Pages: S21 - S24
Genetic engineering of insect viruses for insect biological control N. ChejanovskyJ. Tal OriginalPaper Pages: S25 - S31
Replication, molecular biology, and genetic engineering of granulosis viruses N. E. CrookD. Winstanley OriginalPaper Pages: S33 - S36
Biological control of four homopterans in Israeli horticulture: achievements and problems Z. MendelD. BlumbergM. Wysoki OriginalPaper Pages: S45 - S49
Entomopathogenic nematodes and the protected crops industry P. N. Richardson OriginalPaper Pages: S61 - S65
Carabidae as potential biological agents for controlling infestations of the cabbage root fly S. FinchM. S. Elliott OriginalPaper Pages: S67 - S70
Weeds —influences of weed vegetation in ipm and non-chemical weed control P. R. Ellis OriginalPaper Pages: S71 - S75
Transgenes for Pest and Disease Resistance D. J. JamesA. J. PasseyD. J. Barbara OriginalPaper Pages: S83 - S87
The prospect of mutated defective virus isolates for interference with transmission B. RaccahA. Gal-OnS. Singer OriginalPaper Pages: S105 - S106
Control of fungal pathogens — preharvest J. M. WhippsS. P. BudgeM. P. McQuilken OriginalPaper Pages: S107 - S111
Suppressive compost for biocontrol of soilborne plant pathogens Y. HadarR. Mandelbaum OriginalPaper Pages: S113 - S116
The effects of previous cropping and fungicides on field populations ofpythium oligandrum J. G. White OriginalPaper Pages: S117 - S120
Controlling allium white rot (sclerotium cepivorum) without chemicals A. R. Entwistle OriginalPaper Pages: S121 - S125
Introduction of a new agricultural technology —Soil Solarization—in Israel A. Grinstein OriginalPaper Pages: S127 - S131
Soil Solarization Research as a model for the development of New methods of disease control J. Katan OriginalPaper Pages: S133 - S135
Establishment of an activetrichoderma population in the phylloplane and its effect on grey mould (botrytis cinerea) Y. EladB. Kirshner OriginalPaper Pages: S137 - S141
Control of fungal pathogens — postharvest C. LeifertD. C. SigeeC. Knight OriginalPaper Pages: S143 - S148
Biological control of postharvest diseases: a promising alternative to the use of synthetic fungicides S. DrobyE. ChalutzM. E. Wisniewski OriginalPaper Pages: S149 - S153
Physiological and physical measures to control postharvest diseases of fruit R. Ben-ArieA. PerezD. Prusky OriginalPaper Pages: S155 - S158