Even the researchers and extension specialists who have promoted precision crop load management for the past decade agree that is far easier said than done.
“To do that, we’ve developed manual approaches that are time-consuming, and no one likes to do them,” said Terence Robinson, applied fruit crop physiologist at Cornell University. “Growers love the information but hate to do it for their farm.”
Peru, New York; February 11, 2022 The 2021 results of precision apple orchard management research funded by the Northern New York Agricultural Development Program are now posted under the Research: Horticulture and Local Foods tab at nnyagdev.org (see About Us: NNYADP Projects tab).
The research, aimed at fully understanding how to best incorporate the use of computer-based fruit physiology modeling into timing orchard thinning practices to achieve optimal crop load and quality, includes data on the use of alternative thinning products and evaluates the economic impact. Read more here at Northern New York Agricultural Development Program…
Basedow will present the results of these in-orchard thinning trials in more detail as part of a “What’s New in Crop Load Management” webinar via Zoom from 1:30 to 4:45 pm on March 18, 2022. To register, go here…
Anna Wallis, Apple Production Specialist MSU Extension
10/3/2021
Precision agriculture technology was at the forefront of this year’s RidgeFest, held on August 27, 2021. RidgeFest is a field tour held annually by the Michigan Pomesters industry group in ‘The Ridge’ area, just north of Grand Rapids, to celebrate the rich history of this fruit growing region with education, development, and collaboration among industry Pomester members. The tour featured precision technologies available and under development for tree fruit production. Over 250 people attended the event, including farmers, extension, and other industry representatives. MSU Extension assisted in organizing the event, including coordinating the Computer Vision technologies stop.
The first stop on the tour, hosted by Bernard J. Thome Orchards, included a showcase of Computer Vision Technologies. Dr. Bruno Basso’s lab from Michigan State University showed their drone in action, used to capture variation in orchards and other crop systems. Data is used to develop models for more precise management. Next, several companies shared their technologies for crop load management and pest scouting, including Farm Vision, Vivid Machines, and Automated Fruit Scouting.
Vivid Machines, a Canadian company co-founded by Jenny Lemieux and Jonathan Binas, demonstrated a vehicle-mounted system that provides real-time data displayed on a mobile device as the operator travels down the row. The technology is designed to collect information on blossom cluster counts, crop load, insect pests, and diseases, among other things. The group shared photos of applets viewed by human eyes vs. their computer vision cameras, illustrating how applets can be detected, even against green backgrounds, and counted and sized https://vivid-machines.wistia.com/medias/jwk7yrocpz. The company is taking a limited number of contracts for growers to trial their Vivid X system in the 2022 season.
Farm Vision Technologies, founded by Patrick Plonski and I. Volkan Isler of the University of Minnesota, shared their work developing a standalone app for precision management in tree fruit, and the research they have been doing in collaboration with MSU Extension. Their technology been developed in partnership with Jim Luby and other apple industry members. The technology is sensitive enough to detect fruit as early as 6-8mm stage, guiding thinning decisions early in the season. It is also used to estimate crop load later in the season. Results of research this season and results will be shared in future outreach.
FruitScout, a Washington-based company, explained their whole-systems approach to gathering data using a smartphone and integrating it into a cloud-based PCLM dashboard. Data collected on buds, flowers, young fruit, and mature fruit in the orchard throughout the season, and then integrated into the dashboard, which growers can use to make management decisions.
The second stop included a sprayer demo hosted by Rob Steffens Orchards. The runway type of event featured each sprayer moving down an orchard row, with eight different sprayers in the lineup. Machines included conventional airblast, multi-row, air-assist, and over the row sprayers.
The decision by organizers to highlight precision agriculture technologies in Ridgefest this season was intentional and reflects the industry’s excitement about these innovative tools and approaches. The tree fruit industry in Michigan recognizes the tremendous potential of these technologies to improve farming efficiencies and ultimately increase farm productivity. Many growers are committed to learning more about the options currently available, as well as innovations that will become available in the future, through Ridgefest, on-farm trials, and other opportunities. MSU Extension will continue to prioritize education and research on these technologies — incluing participartion in PACMAN — in the coming seasons.
The first time I watched a camera system count apples, it crawled slowly through the orchard just before harvest, weighed down by the processing speed of all the imagery. Four years later, imaging systems can whiz through orchards — recognizing the crop through the stages of development from bud (in some cases) to bin, mapping an entire block or capturing detailed sampling data.
These rapid advances in computer vision have created the opportunity for companies to develop specialized tools for orchardists, from complex, quad-mounted systems with custom lighting to smartphone-based sampling.
Today’s imaging systems are beating not just their pilot-project predecessors but also the workers who hand count buds before pruning or fruitlets before thinning, showing true promise for the future.
At the International Fruit Tree Association Annual Conference — held virtually February 22-24, 2021 — PACMAN Principal Investigator and Cornell University’s Dr. Terence Robinson introduces Precision Apple Cropload MANagement to the attendees. Thanks to IFTA and Karen Lewis of Washington State University for sharing this video.
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