A discussion with David Gates of Ridge Vineyards on how pest pressure varies according to the location and variety of the vine, beneficial insects he has used in his vineyards, and some of the cultural practices he implemented to limit pest pressure.

A discussion with Emily Symmes of Suterra on the use of mating disruption and insect traps, and on the future of augmentative biological control in nut cropping systems.

A discussion with Greg Gonzalez of Scheid Vineyards on the importance of the vineyard crew’s role in an IPM program, and on misconceptions about the cost of transitioning to organic.

A discussion with Alejandro Del-Pozo about the need for vegetable growers to get ahead of upcoming pesticide regulations by using conservation and augmentative biocontrol in vegetable crops as well as new technologies available to IPM practitioners.

A discussion with Kent Daane about the need to manage insecticides as part of an IPM program, the biological control agents being used in vineyards, and the use of cover crops for promoting vine health.

A discussion with Kelly Damewood, CEO of CCOF about the challenge of the organic transition period and how both public and private funding can support farmers.

A discussion with Mark Hoddle of UC Riverside about the role of classical, augmentative, conservation biocontrol and ant management in the fight against the Asian citrus psyllid (ACP) and other sap-sucking pests.

A discussion with Gina Bella Colfer, key account manager for organic agriculture at Wilbur Ellis, about conservation biological control, the use of beneficial insects in vegetable crops, and the promotion of soil health.

A discussion with Chris Sayer, manager of Petty Ranch, a lemon and avocado farm in Ventura, California, about cover cropping, integrated pest management, biocontrol and climate change.

A discussion about some of the advantages of IPM, the current lack of incentives for its adoption, the difference between IPM and organic practices as well as the need for better field scouting and education.

We had a very interesting conversation with Chrissie Davis, the national account manager of Koppert USA’s outdoor agriculture team. Koppert Biological Systems is the worldwide leader producing beneficial organisms, microbials, macro-organisms, and pollinators.

We had a great conversation with Liron Brish, Farm Dog’s CEO, during which we discussed his vision of what he calls “Digital Integrated Pest Management, or Digital IPM” for short.

Instead of waiting for pest populations to reach the level at which the cost of treatment equals the cost of lost yield (known as the Economic Injury Level or EIL), ETLs incorporate growth models as well as the time it takes for treatments to take effect to calculate action points.

A tiny arthropod called Persea mite (Oligonychus perseae) loves avocados so much that it feeds on their leaves in 99% of California’s avocado orchards, with coastal areas being particularly popular spots for them, because who doesn’t like dining with a view of the Pacific?

In partnership with Koppert Biological Systems, the world leader in biological pest management, UAV-IQ announces the initiation of an agricultural pest management service utilizing drones to efficiently release beneficial insects and mites.

UAV-IQ was invited to tell its story Startupfest 2019, one of Montreal’s world-renowned summer festivals. It was great to see other agriculture-focused startups doing great things and earning recognition at an event focused on celebrating and fostering entrepreneurship. It was an honor for us to be named a champion of the event’s Startup World Championships 2019, a competition that attracts companies from around the world.

While Integrated Pest Management (IPM) is a blend of art and science where experience and rules of thumb are relied upon heavily, a quality IPM plan can be fine-tuned to meet the specific agro-economic needs of individual farms.

Some predators and parasitoids have proven to be very efficient at controlling mealybugs.

99% of the US’s grape is produced in California because of its favorable conditions, but the nice weather and moderate winter in the Golden State is particularly attractive to mealybugs.

There are currently hundreds of biological control agents commercially available. In this article, we explore the pros and cons of using parasitoids versus predators.

The two-spotted spider mite usually causes the majority of its damage early in the season, so special field scouting effort needs to be implemented from February to June in California and even into August in some locations (Santa Maria), December to April in Florida.

Conservation biological control (CBC) be summarized as the set of practices that aim to ensure that natural enemies have a suitable habitat capable of supporting their populations at required levels.

The technique of bolstering existing beneficial populations with mass-reared insects is referred to as augmentative biocontrol and presents many advantages compared to the use of chemical applications.

In this article, we will take a focused look at classical (or importation) biological control, which along with augmentative and conservation control is one of three primary disciplines of biocontrol.

Biocontrol is not a new concept. Ancient Egyptians used domestic cats to control the rodent populations that threatened their grain supplies, ancient Chinese citrus growers moved predaceous ant nests into their citrus fields…

UAV-IQ Was Invited To Participate In The Auvergne-Rhône-Alpes Region “Lab” At The Viva Technology 2018 Trade Show In Paris.

Another powerful way in which savvy vineyard managers and winemakers are unlocking remote sensing’s potential value: selective harvest.

Remote sensing is one of the considerable advances in farming of the past 20 years. But once you have your imagery in hands, what are the next steps?

Another powerful way in which savvy vineyard managers and winemakers are unlocking remote sensing’s potential value: selective harvest.

A discussion with David Gates of Ridge Vineyards on how pest pressure varies according to the location and variety of the vine, beneficial insects he has used in his vineyards, and some of the cultural practices he implemented to limit pest pressure.

A discussion with Emily Symmes of Suterra on the use of mating disruption and insect traps, and on the future of augmentative biological control in nut cropping systems.

A discussion with Greg Gonzalez of Scheid Vineyards on the importance of the vineyard crew’s role in an IPM program, and on misconceptions about the cost of transitioning to organic.

A discussion with Alejandro Del-Pozo about the need for vegetable growers to get ahead of upcoming pesticide regulations by using conservation and augmentative biocontrol in vegetable crops as well as new technologies available to IPM practitioners.

A discussion with Kent Daane about the need to manage insecticides as part of an IPM program, the biological control agents being used in vineyards, and the use of cover crops for promoting vine health.

A discussion with Kelly Damewood, CEO of CCOF about the challenge of the organic transition period and how both public and private funding can support farmers.

A discussion with Mark Hoddle of UC Riverside about the role of classical, augmentative, conservation biocontrol and ant management in the fight against the Asian citrus psyllid (ACP) and other sap-sucking pests.

A discussion with Gina Bella Colfer, key account manager for organic agriculture at Wilbur Ellis, about conservation biological control, the use of beneficial insects in vegetable crops, and the promotion of soil health.

A discussion with Chris Sayer, manager of Petty Ranch, a lemon and avocado farm in Ventura, California, about cover cropping, integrated pest management, biocontrol and climate change.

A discussion about some of the advantages of IPM, the current lack of incentives for its adoption, the difference between IPM and organic practices as well as the need for better field scouting and education.

We had a very interesting conversation with Chrissie Davis, the national account manager of Koppert USA’s outdoor agriculture team. Koppert Biological Systems is the worldwide leader producing beneficial organisms, microbials, macro-organisms, and pollinators.

We had a great conversation with Liron Brish, Farm Dog’s CEO, during which we discussed his vision of what he calls “Digital Integrated Pest Management, or Digital IPM” for short.

Instead of waiting for pest populations to reach the level at which the cost of treatment equals the cost of lost yield (known as the Economic Injury Level or EIL), ETLs incorporate growth models as well as the time it takes for treatments to take effect to calculate action points.

A tiny arthropod called Persea mite (Oligonychus perseae) loves avocados so much that it feeds on their leaves in 99% of California’s avocado orchards, with coastal areas being particularly popular spots for them, because who doesn’t like dining with a view of the Pacific?

In partnership with Koppert Biological Systems, the world leader in biological pest management, UAV-IQ announces the initiation of an agricultural pest management service utilizing drones to efficiently release beneficial insects and mites.

UAV-IQ was invited to tell its story Startupfest 2019, one of Montreal’s world-renowned summer festivals. It was great to see other agriculture-focused startups doing great things and earning recognition at an event focused on celebrating and fostering entrepreneurship. It was an honor for us to be named a champion of the event’s Startup World Championships 2019, a competition that attracts companies from around the world.

While Integrated Pest Management (IPM) is a blend of art and science where experience and rules of thumb are relied upon heavily, a quality IPM plan can be fine-tuned to meet the specific agro-economic needs of individual farms.

Some predators and parasitoids have proven to be very efficient at controlling mealybugs.

99% of the US’s grape is produced in California because of its favorable conditions, but the nice weather and moderate winter in the Golden State is particularly attractive to mealybugs.

There are currently hundreds of biological control agents commercially available. In this article, we explore the pros and cons of using parasitoids versus predators.

The two-spotted spider mite usually causes the majority of its damage early in the season, so special field scouting effort needs to be implemented from February to June in California and even into August in some locations (Santa Maria), December to April in Florida.

Conservation biological control (CBC) be summarized as the set of practices that aim to ensure that natural enemies have a suitable habitat capable of supporting their populations at required levels.

The technique of bolstering existing beneficial populations with mass-reared insects is referred to as augmentative biocontrol and presents many advantages compared to the use of chemical applications.

In this article, we will take a focused look at classical (or importation) biological control, which along with augmentative and conservation control is one of three primary disciplines of biocontrol.

Biocontrol is not a new concept. Ancient Egyptians used domestic cats to control the rodent populations that threatened their grain supplies, ancient Chinese citrus growers moved predaceous ant nests into their citrus fields…

UAV-IQ Was Invited To Participate In The Auvergne-Rhône-Alpes Region “Lab” At The Viva Technology 2018 Trade Show In Paris.

Another powerful way in which savvy vineyard managers and winemakers are unlocking remote sensing’s potential value: selective harvest.

Remote sensing is one of the considerable advances in farming of the past 20 years. But once you have your imagery in hands, what are the next steps?

Another powerful way in which savvy vineyard managers and winemakers are unlocking remote sensing’s potential value: selective harvest.