A project at the Olds College Smart Farm, called Advancing Agronomy Through HyperLayer Data Collection and Analytics, produces and stores agricultural data sets, including soil nutrient tests, moisture maps, topographical information, yield data, as well as multispectral and hyperspectral imagery. The information is used to train artificial intelligence and machine learning programs. |  Photo supplied by Alex Melnitchouk

Smart Farm stacks crop analytics

Data is stored in a standardized georeferenced format and used to find difficult-to-detect patterns in fields

Some of the most analyzed acres of farmland in the world are providing data that researchers in Alberta hope will advance the next generation of digital technologies for producers. “The main reason why it’s so unique, it’s not because it’s something completely new or something impossible,” said Alex Melnitchouk, chief technology officer of digital agriculture […] Read more



A GPS satellite receiver is mounted to the roof of a tractor.

GPS receiver unlocks RTK precision

System avoids base station unlock fees because it was designed to work with any base station that surveyors use

Andrew Clayton of Agra GPS said the new receiver is the first receiver outside of John Deere’s products that is compatible with Deere’s GPS system.



A ripening field of wheat with some trees on the edge of the field in the background.

Research identifies fungal toxin threat to wheat

Fusarium has been found across Europe with half the wheat intended for human consumption containing vomitoxin

Researchers examined data from across Europe and the U.K. from the past 10 years and found that fusarium mycotoxins were discovered in every European country with half of the wheat intended for human consumption containing the fusarium mycotoxin DON (often referred to as vomitoxin).