of soil solarization on the disease progress curves of ga...Figure 13.6 Severity of take‐all disease in continuous winter wheat crops at...Figure 13.7 Some compounds produced by bacterial antagonists which play a ro...Figure 13.8 Damage caused to conifer timber due to infection by butt rot, He...Figure 13.9 Protection of pea seedlings against preemergence damping‐off cau...Figure 13.10 Control of Rhizoctonia rot of tomatoes in the field by sprays o...Figure 13.11 Modes of action of biocontrol agents.Figure 13.12 An example of mycoparasitism. Infection of the grapevine downy ...Figure 13.13 Severity of angular leaf spot, caused by the bacterium Pseudomo...14 Chapter 14Figure 14.1 Principles of integrated pest management, with sequential action...Figure 14.2 Extending the durability of cultivar resistance with fungicides....Figure 14.3 Avocado grove in southern California affected by Phytophthora ro...Figure 14.4 Strategies for integrated control of Phytophthora root rot of av...Figure 14.5 Effect of irrigation on severity of root rot of squash (Cucurbit...Figure 14.6 Digital agriculture and potential applications in crop protectio...
15 Part 1Figure 1 The disease triangle (a) incorporating the host–pathogen complex (b...
16 Part 2Figure 1 Simplified model of host–pathogen interactions involving fungi, oom...
17 Part 3Figure 1 The disease triangle showing options for intervention targeting the...Figure 2 Farming systems compared.Figure 3 Crop income versus control costs.
Guide
1 Cover
2 Table of Contents
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