By Robert K.D. Peterson, Leon G. Higley

ISBN-10: 0849311454

ISBN-13: 9780849311451

Realizing biotic pressure and plant yield permits the sensible improvement of financial choice making, an instrumental a part of built-in Pest administration. and extra, the influence of biotic harm on plant yield bears without delay at the uncomplicated organic questions of inhabitants dynamics, existence heritage options, neighborhood constitution, plant-stressor coevolution, and environment nutrient biking. Biotic pressure and Yield Loss is a finished evaluation of the most recent conclusions of yield loss in entomology, weed technological know-how, and plant pathology, combining cutting-edge conception with profitable applications.This booklet is exclusive in that it's the first to hide all biotic stressors, bugs, weeds, and plant pathogens, and their influence on plant yield and health. It specializes in present wisdom of yield and health loss in either ordinary and agricultural ecosystems and on a physiologically dependent method of supply a standard foundation for contemplating and discussing biotic rigidity. by means of contemplating biotic rigidity in the context of plant ecophysiology, Biotic rigidity and Yield Loss makes an attempt to raise wisdom of biotic rigidity to a similar point as abiotic tension and makes a controversy for integrating the 2 sorts of pressure.

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And Pedigo, L. , Yield response of corn stands to stalk borer (Lepidoptera: Noctuidae) injury imposed during early development, J. Econ. , 83, 1582, 1990. 29. Parman, V. , and Wilson, M. , Alfalfa crop responses to feeding by the meadow spittlebug (Homoptera: Cercopidae), J. Econ. , 75, 481, 1982. 30. Sutter, G. , and Branson, T. , A procedure for artificially infesting field plots with corn rootworm eggs, J. Econ. , 73, 135, 1980. 31. Spike, B. , and Tollefson, J. , Relationship of plant phenology to corn yield loss resulting from western corn rootworm (Coleoptera: Chrysomelidae) larval injury, nitrogen deficiency, and high plant density, J.

3. Weinzierl, R. , Berry, R. , and Fisher, G. , Sweep-net sampling for western spotted cucumber beetle (Coleoptera: Chrysomelidae) in snap beans: spatial distribution, economic injury level, and sequential sampling plans, J. Econ. , 80, 1278, 1987. 4. Dutcher, J. , and All, J. , Damage impact of larval feeding by the grape root borer in a commercial Concord grape vineyard, J. Econ. , 72, 159, 1979. 5. Story, R. , Keaster, A. , Showers, W. , Shaw, J. , and Wright, V. , Economic threshold dynamics on black and claybacked cutworm (Lepidoptera: Noctuidae) in field corn, Environ.

And Wilson, M. , Alfalfa crop responses to feeding by the meadow spittlebug (Homoptera: Cercopidae), J. Econ. , 75, 481, 1982. 30. Sutter, G. , and Branson, T. , A procedure for artificially infesting field plots with corn rootworm eggs, J. Econ. , 73, 135, 1980. 31. Spike, B. , and Tollefson, J. , Relationship of plant phenology to corn yield loss resulting from western corn rootworm (Coleoptera: Chrysomelidae) larval injury, nitrogen deficiency, and high plant density, J. Econ. , 82, 226, 1989.

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