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Plant Disease: An Advanced Treatise. How Plants Defend by James G. Horsfall (Eds.)

24 February 2017 adminPlants

By James G. Horsfall (Eds.)

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Extra resources for Plant Disease: An Advanced Treatise. How Plants Defend Themselves

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2. T h e alternate host of the pathogen is absent, rare, or too far from the crop, so that little or no pathogen reaches the crop. 3. , is inactive at the time the particular plant stage is available for infection. 4. T h e pathogen is weakened and unable to grow, infect, or multiply rapidly because of unfavorable temperature, moisture, etc. 5. The pathogen may b e attacked by hyperparasites at the point of inoculum production or at the infection court and it may not b e able to induce disease (see Chapter 18, this v o l u m e ) .

Bateman's multiple component hypothesis ( s e e Chapter 3, Volume I I I ) provides an excellent conceptual framework for characterizing the various phenomena of tolerance. Using this hypothesis, we can divide disease into four types of interactions; those providing an environment that is ( 1 ) favorable to the pathogen, ( 2 ) unfavorable to the pathogen, ( 3 ) favorable to the host, and ( 4 ) unfavorable to the host. A. Determinants Affecting the Pathogen Environment Any event or interaction that contributes to the establishment of an environment favorable to the pathogen contributes to the susceptibility of the host.

Host preference by the vector is apparently responsible for less disease in some lettuce varieties to aster yellows (Yamaguchi and Welch, 1955) and in some tomato cultivars to curly top virus. On the other hand, some wheat lines escape infection by wheat streak mosaic virus because the plants are resistant to its mite vector Aceria tulipae. Similarly, some raspberry varieties escape infection by raspberry mosaic virus because 2. ESCAPE FROM DISEASE 27 they are resistant to the aphid vector. Furthermore, plants of some cultivars may escape disease because the vector acquires the virus from such plants with difficulty and therefore does not spread the virus within the field, or because the vector, although it acquires the virus, fails to transmit it to this cultivar in the field (Broadbent, 1969).

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