App converts aerial crop photos into real-time metrics of plant growth and crop health

App converts aerial crop photos into real-time metrics of plant growth and crop health
Anthony Hearst is co-founder of Progeny Drone, which has launched a software application that allows plant breeders, agronomists, and others involved in small-plot trials to quickly and easily convert aerial crop photos into real-time plot-level metrics of plant growth and health. That information can help researchers make more data-driven decisions about best practices. Credit: Purdue Research Foundation image/Hope Sale

Agricultural researchers have long used small-plot trials to test a myriad of practices, such as selecting the best seeds, fertilizer and crop-control products, and depending on their eyes and opinions to determine what works best.

The work is costly because it takes a lot of manpower and the results are subjective.

Progeny Drone Inc., a Purdue University-affiliated startup, has launched a that allows plant breeders, agronomists, and others involved in small-plot trials to quickly and easily convert aerial crop photos into real-time plot-level metrics of plant growth and health that can help researchers make more data-driven decisions about best practices.

"We can measure and health faster, at a dramatically lower cost, and more precisely than people can do it by eye," said Anthony Hearst, a co-founder of Progeny Drone. "The Progeny software app lets people with no programming experience turn raw images into plot images and metrics using low-cost drones and laptops."

Progeny can turnaround these data within 10 minutes, Hearst said.

Hearst, who recently earned his doctoral degree in agricultural and biological engineering at Purdue, launched his startup in 2018. He said he was able to hone his app to meet the needs of potential customers by taking part in the National Science Foundation Innovation Corps program. He received a $50,000 I-Corps grant to survey potential users for a market analysis about the app he was developing.

"I interviewed hundreds of people, from plant breeders to weed scientists and others who conduct outdoor small-plot trials, and discovered there were a lot of people interested in the product I developed," he said. "Our app is made by plant breeders, for , but it meets the needs of all kinds of people doing outdoor small-plot trials."

Progeny Drone has licensed the technology through the Purdue Office of Technology Commercialization. DelMar Software Development, based in the Purdue Research Park in West Lafayette, helped Progeny Drone fine-tune the product's interface for ease of data entry and result tracking. It also helped create a payment mechanism.

"I would not have been able to do this myself," he said. "DelMar was key to helping us get the app to market. They did a good job of listening to me and getting an understanding of what the technology does and helping me move the app to market."

Hearst is looking for customers. He said that while he is initially targeting researchers doing small-plot , the app could be used eventually by farmers.


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Drone rapidly converts aerial photos into valuable information about crop health

More information: For more information abou the Progeny Drone app: www.progenydrone.com
Provided by Purdue University
Citation: App converts aerial crop photos into real-time metrics of plant growth and crop health (2019, May 17) retrieved 20 May 2019 from https://phys.org/news/2019-05-app-aerial-crop-photos-real-time.html
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