Microsoft’s Azure Data Manager for Agriculture is designed to connect farm data from disparate sources to help companies use their information to develop and improve their digital ag products. Bayer recently announced a new program called AgPowered Services that is licensed on Azure’s Data Manager for Agriculture. A customer of this new service is Bayer’s FieldView platform, which will use data from Azure Data Manager for Agriculture, including satellite and weather data, to help farmers watch out for potential yield-limiting factors in their fields.  |  Getty Images

Refining artificial intelligence data

Service connects farm data from disparate sources to help companies use it to develop and improve digital ag products

Microsoft's Azure Data Manager connects farm data from disparate sources to help companies use the information to develop and improve their digital ag products.


A modern sprayer with Augmenta cameras mounted on the cab.

Multispectral cameras power variable rate applications

Augmenta controls VR granular and liquid applications in real time; the roof-mounted camera analyzes crop conditions

Augmenta is a cab-mounted system with five 4K multispectral cameras, each working in a different wavelength. Artificial intelligence analyzes the plants then makes real time VR instructions that control the application of liquid and solid nutrients, plant growth regulators, fungicides, desiccants and defoliants.


A lush rye cover crop.

Cover crops may have potential to lower yields

Researchers have found the effect cover crops have on primary crops depends on the environment and how they are used

Recent research has shown that cover cropping could lower crop yields and lead to negative environmental impacts caused by expanded cultivation necessary to make up for those yield losses.


Close-up of a sprayer's nozzle tip with clear liquid coming out.

Should I spray or should I go?

Deciding on a fungicide application to control mycosphaerella blight (aka ascochyta blight) in field peas can be difficult. Many variables are at play, including disease occurrence, product selection, application timing, single versus double treatments, application costs and potential returns on investment. To help, a fungicide decision worksheet is available to take some of the guesswork […] Read more


Achieving good fungicide protection in peas requires a bit more time, patience and water volume during spraying. | Mike Raine photo

Slow down, up the volume, reduce the pressure

A spraying specialist weighs in on how producers can achieve effective deep canopy coverage while applying fungicides

In Agrimetrix research conducted in chickpeas and field peas, water volume was the most important factor associated with good canopy penetration.


Tom Warkentin, a researcher from the University of Saskatchewan, kneels in a field of peas.

Seeking sources of pea root rot resistance

Pea breeders are heading back to U.S. and French roots in search of genes for durable resistance against aphanomyces

Greenhouse testing at the University of Saskatchewan has shown that several pea varieties have partial resistance. But those results come with a large asterisk: indoor conditions are very different from field conditions.





Agriculture Canada entomologist Meghan Vankosky is standing in a field where she is researching trap crops.

Killing pea leaf weevils with ‘trap crops’

Meghan Vankosky, an Agriculture Canada entomologist, had an idea to attract adult weevils to a trap crop, then kill the pests with an insecticide or an insecticide alternative. That would reduce the number of pea leaf weevils that over-winter on the Prairies.