In the news

Cyclone Spore Traps Collect Significantly More Sporangia Than Impaction Traps

Downy mildews are major constraints on spinach and lettuce production globally. Disease management can be achieved with fungicides, but routine applications are costly and can lead to pathogen resistance... Results from air sampling revealed that the cyclone spore traps collect significantly more sporangia compared with impaction traps. Jan 17, 2024. Read more here.

Onshape Startup Program Spotlight: Root Applied Sciences

How do you stop airborne pathogens from infecting precious grapevines that will turn into wine?

The team at Root Applied Sciences is here to stop that. The Bay Area startup, a member of the Onshape Startup Program, has discovered a better way to detect fungus and protect grape farmers from crop loss, and wasted time and money on unnecessary fungicide sprays. May 2, 2023. Read more here.

Optimizing Fungicide Application Timing Against Powdery Mildew Using Spore Traps

Access the examination here.

2023 Device improvements

We have made numerous product enhancements and updates over the past six months in anticipation of this release. In addition to a redesign of the spore trap housing, information is now presented in ways that are easier to understand and for users to take mitigating action when needed. February 3, 2023. Read more.

Root Applied Sciences’ Spore Traps vs. PMI

Powdery mildew remains one of the world's most severe and persistent threats to grape production. Traditionally, fungicide applications are timed according to the Powdery Mildew Risk Index (PMI). However, the PMI leads to over-applicating fungicides when disease pressure is low. Unlike the PMI, Root's technology allows growers to monitor disease pressure and accurately assess when and where interventions are needed. Read more to find out how Root's spore traps compare to the PMI.

Wine Industry Expo

Root Applied Sciences’ pathogen monitoring service cuts the need for preventative fungicide application in half. Spraying for powdery mildew is a less expensive option than treating it, but it is still costly, so a solution that reduces the frequency of applying pesticides from 25-75% is a prudent financial decision for growers. November 1, 2022. Featured Content.

Wine Business Monthly

Innovative Technology Enables Early Detection of Airborne Powdery Mildew. Root Applied Sciences' twice-weekly monitoring reduces spraying and improves profitability. October 26, 2021. Press Release.