Fruit

Production and Harvesting

Planting fruit trees can be a very rewarding experience for both commercial growers and home gardeners. Penn State Extension provides educational resources on growing and harvesting fruit crops such as apples, cherries, peaches, strawberries, and raspberries. Tips on thinning and pollination can be accessed, as well.

How to Plant Fruits and Fruit Trees

The first step in planting fruits and fruit trees is finding the right spot. Most plants require plenty of sunlight to fuel fruit production, so choose a planting area that receives full sun the majority of the day.

In most parts of the US, fruit crops are planted in early spring. However, before planting fruit trees, ensure that the soil is dry enough to crumble in your hand. Additional suggestions for home orchards include using dwarfing rootstocks, growing strawberries in pots, and growing currants in partial shade.

Growing Small Fruits

Small fruits require less space than trees and are an excellent choice for both orchards and backyards. By growing fruits at home, you can enjoy nutrient-rich fruit from early summer through late fall.

Small fruit varieties include blackberries, raspberries, blueberries, and goji berries. They also include strawberries – one of the most popular and easiest fruit crops. Depending on the variety, strawberries fruit in June (“June-bearers”) or throughout summer (day-neutral types).

Learn how to grow strawberries and raspberries in containers and discover what it takes to grow brambles with Penn State Extension’s online courses.

Growing Fruit Trees

Growing fruit trees is a satisfying undertaking, but there are many considerations that need to be addressed prior to planting the first tree. Begin by deciding on the type of tree you’d like to grow – apple, pear, or stone fruit (e.g. peach, apricot, cherry, or plum).

If you want to grow fruits commercially, it’s important to focus on the orchard establishment and site preparation. Assess all factors that will affect production efficiency, fruit quality, and orchard sustainability.

Apple trees are a particularly popular cultivar. Apples can be an excellent choice for large orchards and smaller spaces alike. Learn how to start producing fruit in your yard with the Growing Apple Trees workshop.

Successful fruit production involves several key practices – pollination, thinning, pruning, irrigation, and fertilization.

Pollination

To produce fruit, most trees go through pollination – the transfer of pollen from the male part (stamen) to the female part of a flower (stigma). Birds, bees, and insects that help carry pollen are referred to as pollinators.

Most orchards rely on solitary bees and honey bees for pollination as their abundance can be managed from year to year. During bloom, pesticide sprays should be used with caution in order to protect pollinators.

Thinning and Pruning

Fruit trees often set more fruit than they can support. Leaving too much fruit on a tree, however, can weaken the tree and make it more susceptible to pests.

Pruning fruit trees, especially apples and pears, helps develop the desired tree shape, increases produce quality, and improves air circulation within the tree.

Along with pruning, thinning can help the fruit to develop to its maximum size, reduce the spread of diseases, and promote return bloom in the following season. Thinning is a highly effective crop load management tool for stone fruit and apple tree growers.

Irrigation and Fertilization

Uneven precipitation can cause plant stress, affecting both crop productivity and produce quality. Frequent irrigation and fertilization are required to meet the crop’s water and nutrient needs.

Irrigation systems, including the drip-irrigation method, provide trees with a consistent source of moisture and minimize stress during drought periods. Proper irrigation timing can increase crop yield and quality.

Fruit tree fertilization refers to the nutrients added to the soil. The degree of fertilization depends on the desired type of growth. A nutritional analysis can help you choose an appropriate fertilizer for the next season.

Harvesting Fruits

Timing is key when determining when to harvest fruit from your trees. Checking the ripeness of a few individual fruits can help decide whether trees are ready for picking. Ripening periods, however, vary depending on the fruit variety. With apples, for instance, background color, starch content, and firmness are the most important factors in guiding harvest timing.

For successful tree fruit harvesting, access Penn State Extension resources on orchard management, fruit maturity indicators, and post-harvest handling. Information on harvest assist technologies and harvesting home-grown fruit is available.

View as List Grid

Items 1-24 of 300

Sort by:
Date Posted Set Ascending Direction
  1. Irrigation for Fruit and Vegetable Production
    Articles
    Irrigation for Fruit and Vegetable Production
    By Jayson K. Harper, Ph.D., William Lamont, Jr., Ph.D.
    Irrigation often is necessary because of the uneven distribution of precipitation throughout the year, especially during critical growth periods.
  2. Harvest-Assist Platforms for Apple Growers
    Articles
    Harvest-Assist Platforms for Apple Growers
    By Long He, Ph.D., Daniel Weber, Ph.D.
    Apple harvesting is a labor-intensive work accomplished manually and typically by seasonal pickers.
  3. Bilingual Food Safety Training for Orchard Employees. Photo: Tara Baugher, Penn State
    Articles
    Tree Fruit Training and Self-Paced Learning Resources in English and Spanish
    By Maria Gorgo-Gourovitch, Tara Baugher, Ph.D.
    Extension educators have produced videos, on-line courses, and other tools to assist growers in their employee training efforts. Young and beginning growers will also find the resources useful for self-paced learning.
  4. Los altos doseles del árbol estrechos son los más eficientes en la interceptación de la luz del sol y también adaptables a tecnologías de automatización.
    Articles
    Respuestas Básicas acerca de los Cortes de Poda en Árboles Frutales
    By Robert Crassweller, Ph.D., Montserrat Fonseca Estrada
    El arte de podar y conducir o guiar árboles se inició mucho antes de que se tuviera un conocimiento de las respuestas fisiológicas que ocurren como respuesta a esta manipulación física.
  5. Los medios de las hileras podados cuidadosamente facilitan ver a los depredadores y atrapar roedores. Foto: Rob Crassweller
    Articles
    MIP – Prácticas de Manejo en la Postcosecha
    By Donald Seifrit, Robert Crassweller, Ph.D.
    Después de completar la cosecha, tómese el tiempo para el manejo estratégico de las malezas, la vida silvestre y los niveles de nutrientes de los árboles.
  6. Post Harvest Berry Handling
    Videos
    Post Harvest Berry Handling
    By Lee Stivers
    Length 13:45
    Want to get the most out of your berries at the market? This video highlights important considerations for post-harvest berry handling.
  7. Rich Marini teaching pruning techniques during a spring orchard meeting in Adams County. Photo: Rich Marini, Penn State
    Articles
    Reinventing the Fruit Research Wheel
    By Rich Marini, Ph.D.
    As the end of my career approaches, I have become more philosophical about my involvement in extension, teaching, and research.
  8. Figura 1. Vehículo aéreo no tripulado (VANT) en vuelo sobre los huertos del Centro de Investigación y Extensión de Frutas en Biglerville, Pensilvania (FREC, por sus siglas en inglés). Foto: Long He, Penn State
    Articles
    La Inspección de Árboles Frutales Mediante Vehículos Aéreos no Tripulados
    En Estados Unidos, el estado de Pensilvania es el cuarto mayor productor de manzanas y el tercero en la producción de duraznos. Cada año, los productores de frutas se enfrentan a infinidad de retos productivos.
  9. Tree Fruit Production Guide
    Guides and Publications

    Starting at $15.00

    Tree Fruit Production Guide
    By Kari A. Peter, Ph.D., Grzegorz (Greg) Krawczyk, Ph.D., Robert Crassweller, Ph.D.
    Get the most up-to-date information on growing tree fruit on a commercial scale. Revised information and a refreshed look for 2022.
  10. The NEWA weather station at the Fruit Research and Extension Center. Photo: Kari Peter, Penn State
    News
    NEWA 3.0 to Complete Transition by Early October
    Date Posted 9/28/2021
    After four years of intensive planning and development, the New York State IPM Program is pleased to share that NEWA 3.0 will make its final transition on or around October 1, 2021.
  11. Figure 1. Unmanned aerial vehicle (UAV) in flight at the Fruit Research and Extension Center (FREC) orchards in Biglerville, PA. Photo: Long He, Penn State
    Articles
    Unmanned Aerial Vehicle-Based Crop Scouting in Fruit Trees
    By Long He, Ph.D., Md Sultan Mahmud, Tyler Shannon
    As one of the United States' largest producers of tree-bearing fruits, Pennsylvania is the 4th largest producer of apples and the 3rd largest producer of peaches. However, growers are faced with new and different challenges every year.
  12. Trellis in apple orchard
    Tools and Apps
    Trellis Construction Workbook
    By Lynn Kime, Robert Crassweller, Ph.D., Tara Baugher, Ph.D.
    This tool will assist growers with the decision making process of determining the cost of two trellis systems.
  13. Last NEWA Carbohydrate Model Run: June 1, 2021
    News
    Last NEWA Carbohydrate Model Run: June 1, 2021
    Date Posted 6/1/2021
    This is the last model run we will publish. Those of you that have not reached 35 days after full bloom may still be able to obtain recommendations.
  14. NEWA Carbohydrate Model Run for May 28, 2021
    News
    NEWA Carbohydrate Model Run for May 28, 2021
    Date Posted 5/28/2021
    We are approaching the end of the thinning season. Hopefully, you were more successful with your thinner applications than we have been at Rock Spring.
  15. NEWA Carbohydrate Model Run for May 21, 2021
    News
    NEWA Carbohydrate Model Run for May 21, 2021
    Date Posted 5/21/2021
    We have had unusually warm temperatures for most of this week and all stations report good to very good efficacy for any thinners that may have been applied.
Page
You're currently reading page 1