Journal of Agronomy and Crop Science · 1993 · 21 citations · 14 references
AgriculturePlant BiologyPlant SciencesAgricultural EntomologyCrop ProtectionPlant-microbe InteractionsDisease ResistanceHost Plant ResistanceInsect ResistancePlant Defense ResponsesPlant Disease ResistanceResistant Crop VarietiesAphid InfestationAphid-plant InteractionsGreenhouse CultivationHost Plant Resistance To AphidsPlant Disease Resistance MechanismsPlant Resistance ResponsesPlant Resistance To Insects
Abstract Thirteen winter wheat cultivars were tested under field and greenhouse conditions for resistance to the cereal aphid, Sitobion avenae (F.). Marked differences were recorded between cultivars in nonpreference (anti‐xenosis), antibiosis and tolerance to aphids. Nonpreference was significantly (P < 0.001) correlated with antibiosis measured in terms of the biomass of aphids on naturally and nonsignificantly (P > 0.1) on artificially infested ears (criterion for cultivar antibiosis). Over all the cultivars, there was no correlation between nonpreference and tolerance and between antibiosis and tolerance to aphids. Five cultivars expressed high level of resistance to S. avenae . The high resistance of three cultivars was due to high nonpreference and antibiosis, and only in two cultivars all three mechanisms contributed to resistance.
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Insect Resistance in Crop Plants
R. H. Painter · Soil Science · 1951 · 1.5K citations
Insect Resistance in Crop Plants
R. J. Garber · Agronomy Journal · 1951 · 190 citations
Cereal aphids: a case study and review.
N. Carter, Ian F. G. McLean, Allan Watt et al. · 1980 · 152 citations
Introduction to insect pest management
A. D. Tomlin · Pesticide Biochemistry and Physiology · 1983 · 150 citations
Life Sciences, Ecology, Entomology +12