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This small fruits chapter from the Extension Gardener Handbook reviews selection, planting, and maintenance of strawberries, caneberries, blueberries, grapes, and kiwis.
This publication, chapter 7 of the 2023 Southeast Regional Caneberry Production Guide, discusses the advantages and disadvantages of various trellis systems for blackberry and raspberry production.
Commercial blueberries are generally planted in low areas with high organic-matter content. These sites satisfy the cultural requirements of blueberries for a constant and uniform moisture supply. However, on cold, still nights when radiation frosts occur, heavy cold air from higher surrounding areas "drains" into the low areas causing lower temperatures. Also, the high organic content, especially if the soil is dry, acts as an insulator to restrict heat in the soil from moving up around the plants. The cultural requirement for a uniform soil moisture makes selecting higher sites that are less subject to radiation frosts much less practical than with other fruit crops. This factsheet discusses protecting blueberry plants from freezing.
This publication is a home gardener's guide to planting, maintaining and harvesting blackberries.
This publication, chapter 6 of the 2023 Southeast Regional Caneberry Production Guide, discusses how and when to prune blackberry and raspberry canes.
This publication, chapter 12 of the 2023 Southeast Regional Caneberry Production Guide, offers information on the time from flowering to fruit harvest for blackberry and raspberry production.
Raspberries are a delicious and nutritious addition to the home garden. However, raspberries can be difficult to grow in some parts of North Carolina. In the summer, the hot, humid climate of the Piedmont and coastal plain puts the plants under stress and can hamper growth. While fluctuating winter temperatures can cause injury to the canes thorughout the state. Despite these challenges, raspberries do well in the mountains of western North Carolina where production can last from June through early October.
This guide provides a comprehensive overview of strawberry production in the Southeastern United States. It covers topics like cultivars, marketing, economics, production techniques, and additional considerations such as cropping and food safety. The guide is structured into four chapters, each addressing different aspects of strawberry farming, with useful resources in the appendix.
This publication, chapter 5 of the 2023 Southeast Regional Caneberry Production Guide, offers information on the growth cycle of blackberry and raspberry plants for proper training and pruning.
This publication, chapter 2 of the 2023 Southeast Regional Caneberry Production Guide, covers the characteristics of recommended blackberry and raspberry cultivars in the Southeast.
This publication will outline sustainable management practices that are appropriate for strawberry growers in the Southeast, the benefits of these practices, and how they may be incorporated into plasticulture production systems.
This guide provides home gardeners with instructions for growing strawberries, blueberries, brambles (blackberries and raspberries), and grapes.
This publication, chapter 1 of the 2023 Southeast Regional Caneberry Production Guide, offers an introduction to caneberry (blackberry and raspberry) production in the Southeast.
This publication, chapter 13 of the 2023 Southeast Regional Caneberry Production Guide, offers tips on harvesting and handling blackberries and raspberries postharvest.
This publication, chapter 4 of the 2023 Southeast Regional Caneberry Production Guide, discusses soil testing, nursery stock, and spacing for blackberry and raspberry production.
This publication, chapter 11 of the 2023 Southeast Regional Caneberry Production Guide, discusses fertilization and soil fertility for blackberry and raspberry plants.
This guide for blackberry and raspberry growers in the Southeast provides information on bramble cultivars, growth, and production practices. Topics covered include recommended cultivars, site selection and preparation, plant establishment, trellis systems, fertility management, harvesting, and postharvest management.
This publication, chapter 8 of the 2023 Southeast Regional Caneberry Production Guide, discusses growing blackberries and raspberries in high tunnels, semi-permanent structures made of steel pipe arches and covered with polyethylene plastic.
This publication, chapter 9 of the 2023 Southeast Regional Caneberry Production Guide,
This publication, chapter 3 of the 2023 Southeast Regional Caneberry Production Guide, discusses the benefits and limitations of selecting various sites to plant blackberries and raspberries.
This publication, chapter 10 of the 2023 Southeast Regional Caneberry Production Guide, points users to Integrated Pest Management (IPM) resources for blackberry and raspberry production.
This publication offers fertilizer suggestions for a variety of crops, including field, pasture and hay crops, tree fruit, small fruit, ornamental plants and vegetable crops.
Strawberries are the perfect fruit for early childcare centers. Their life cycle is short (planted in September and harvested in April) so children can plant, watch the flowers bloom, observe pollinators in action, watch the fruit develop, and enjoy the delicious, nutritious result of their newly acquired gardening skills. Many children are familiar with strawberries and eager to eat the fruit. Easy to grow, they have very few pests or diseases to challenge inexperienced gardeners.
Blueberry production in Western North Carolina differs from the main commercial production areas in the southeastern part of the state because of differing climate and soil conditions. Highbush blueberry cultivars should be used exclusively; rabbiteye blueberries will not consistently survive low winter temperatures that occur in Western North Carolina. This factsheet offers information on growing and harvesting blueberries in Western North Carolina.
Pruning a plant reduces its ultimate adult size and the crop yield in at least the following season. To compensate for this loss of bearing area and yield, other factors, largely economic, must be considered in planning a pruning program.
