FloraPulse says its water-sensing technology offers real-time data to farmers and researchers while helping optimize irrigation and yields.
The company says it has developed a way to acquire data directly from trees and vines, providing automated measurements on plant water status and science-backed irrigation recommendations to agriculture professionals, such as fruit and nut growers, commercial orchard and vineyard operators, scientists and crop consultants.
FloraPulse’s easy-to-install new microT system comprises patented hardware, software and technical support for each user to directly manage water stress, reducing water and labor costs and risks while increasing yields, crop quality and environmental health, according to a news release. The company says the system is ideal for a range of crops, including almonds, hazelnuts, wine grapes, apples, peaches and berries.
“The FloraPulse system is a microchip tensiometer (microtensiometer) that is embedded into the tree woody tissue and directly measures the water status, known as water potential,” the company says on its website. “Because the measurement is taken directly inside the water-carrying tissue, readings are very accurate and reliable.”
FloraPulse was founded through research and collaboration of Cornell University’s Alan Lasko, emeritus professor of horticulture; Abraham Strook, director of the Smith School of Chemical and Biomolecular Engineering; and microT technology developer Michael Santiago, who holds a doctorate in mechanical engineering.
“FloraPulse is a game-changer for the entire agricultural industry,” Lakso said in the release. “After years of research and development, our team created the first simple-to-use device that provides farmers and researchers real-time data that helps growers and researchers achieve efficient water use in the face of variable climate conditions.”
