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The Southeastern Vegetable Extension Workers Group offers this handbook, a joint effort among Extension Specialists and Researchers from 12 land-grant universities in the U.S. who work in the area of vegetable production. These specialists and researchers represent a wide array of disciplines: agricultural engineering, entomology, olericulture (vegetable production), plant pathology, postharvest physiology, soil science, and weed science. This handbook comprises up-to-the-minute information developed from research and Extension projects conducted throughout the southeastern United States.
This publication covers insect control in a variety of crops, as well as household pests.
Orchard management guide for apples, with information on insect, disease, weed, and mammal control, plus horticultural and fertility practices, use of IPM, prevention of insecticide resistance, and sprayer calibration.
This publication covers insect and disease control in apples, blueberries, caneberries, grapes, peaches, pecans and strawberries.
Cicada impacts on apple - description, life cycle, damage, and control.
Brown marmorated stink bug description, life history, damage, and control.
This document discusses the description, life history, damage, and control of the woolly apple aphid.
This publication offers information on the description, life history, and control of the apple maggot.
Green apple and spirea aphids - description, life history, damage, and control.
Spotten tentiform leafminer description, life history, damage, and control.
Apple rust mite description, life history , damage, and control.
This publication describes how to enhance the activity of mite predators in North Carolina apple systems, and how to determine if natural enemies alone can maintain pest mites below damaging levels, or if miticides also will be needed.
This publication is intended to help you manage diseases and pests of peaches. In choosing a management program, you must weigh the extent of pesticide use against the amount of risk of crop damage you are willing to accept. A rigorous spray program provides the least risk of loss, whereas a minimal spray program using less effective but possibly less hazardous pesticides involves a greater risk of loss.
