E. & J. Gallo Winery: Protecting Premium Grapes with AVIX Autonomic Laser Bird Deterrent
E. & J. Gallo Winery: Protecting Premium Grapes with AVIX Autonomic Laser Bird Deterrent
E. & J. Gallo Winery has established itself as a leader in sustainable viticulture, consistently implementing innovative solutions to reduce environmental impact whilst maintaining exceptional wine quality.
Their 2024 Sustainability Impact Report highlights numerous environmental initiatives, from greenhouse gas reduction to advanced water conservation. Among these progressive projects, their adoption of the AVIX Autonomic laser bird deterrent system stands out as a proven solution for protecting crops through technology that safeguards both harvest and biodiversity.
The Challenge: Bird Damage During Veraison
Birds present a substantial challenge to vineyard operations, particularly as grapes transition through the veraison stage. Their natural ability to detect colour changes in ripening fruit draws them to vineyards in significant numbers.
At Gallo’s Talbott Vineyard in the Santa Lucia Highlands, flocks of birds would descend on grape clusters, pecking at the fruit and causing considerable damage. This behaviour threatened both the quality and quantity of the harvest, requiring an effective yet sustainable solution.
Why Gallo Chose AVIX Autonomic Laser Bird Deterrent
After evaluating multiple bird control methods, Gallo selected the AVIX Autonomic laser bird deterrent system based on its effectiveness and environmental credentials. The technology uses a solar-powered green laser beam that continuously scans the vineyard. Birds perceive the moving laser as a physical threat, prompting them to leave the area and significantly reducing the time spent feeding on grapes.
The AVIX system delivers several advantages that aligned with Gallo’s requirements:
Proven Results at Talbott Vineyard
Since implementing the AVIX Autonomic laser deterrent at Talbott Vineyard, Gallo has recorded a marked decrease in bird-related crop damage. The vineyard has maintained its exacting quality standards for grape production, validating the system’s effectiveness in a commercial viticulture setting.
Currently, 13 solar-powered AVIX Autonomic units protect the site. The documented success at Talbott Vineyard has positioned the technology for potential wider adoption across additional Gallo properties, demonstrating the company’s confidence in the laser bird deterrent solution.
Gallo’s Endorsement of Laser Technology
This investment reflects Gallo’s assessment that laser bird deterrent technology represents a practical solution for modern vineyard protection. By selecting the AVIX Autonomic system, Gallo demonstrates how proven technology can support both agricultural productivity and environmental responsibility.
The laser bird deterrent system has become an integral component of Gallo’s crop protection strategy. As they continue exploring solutions that benefit both their operations and the surrounding ecosystem, their experience with AVIX Autonomic technology reinforces the viability of laser systems for sustainable viticulture and validates their effectiveness in protecting premium grape production.
Testimonial Profile
Product: AVIX Autonomic Laser Bird Deterrent System
Testimonial Date: 2024
Application Context: Commercial vineyard protection during grape ripening season
Problem Definition: Birds flocking to vineyard during veraison, pecking grape clusters causing crop damage and quality reduction
Location: Talbott Vineyard, Santa Lucia Highlands, California
Time of Day: Continuous 24/7 automated protection
Bird Behaviour: Flocks detecting colour changes in ripening grapes, descending on clusters to feed
Number of Systems: 13 x AVIX Autonomic laser bird deterrent units
Laser Projection Area: Multiple vineyard blocks
Power Source: Solar-powered systems
Bird Reduction After Installation: Marked decrease in bird-related crop damage maintained
Key Benefits Reported: Zero environmental footprint, biodiversity preservation, maintained grape quality standards, 24/7 automated operation, potential for expansion across other Gallo properties
