A close-up of two hands holding some black soil.

Organic farms also need to use soil testing

Take a page from conventional farming and test for soil nutrients and benchmark progress, says Manitoba research tech

Organic crop farmers may be missing out on a valuable source of data by not sampling and testing their soil for nutrients.


This forage field at the Parkland Crop Diversification Centre near Roblin, Man., is a mix of alfalfa, meadow brome and timothy.  |  Miranda Leybourne photo

Forage nurse crops get another look

Study finds establishing a forage stand without a nurse crop could result in stronger growth and increased production

Glacier FarmMedia – A project at the Parkland Crop Diversification Foundation in Roblin, Man., is studying the impact of different phosphorus rates and use of an oat nurse crop in establishing hay crops. The foundation and Ducks Unlimited Canada launched the study in June last year, aiming to identify best management practices for maximizing forage […] Read more


Ken Boese strains a water sample into a bottle to be tested for phosphorus content.  | Geralyn Wichers photo

Project searches for phosphorus

An initiative in Manitoba that uses citizen science hopes to help pinpoint sources of excess nutrients in Lake Winnipeg

Glacier FarmMedia – Ken Boese lowers his water sampler over the side of a rural bridge east of Steinbach. The contraption is made of a foot of PVC pipe and a bit of concrete to keep it from floating. A plastic bottle is attached and the whole thing dangles from a length of rope. Boese […] Read more

Side-banding rather than mid-row placement gave an average five bushel per acre yield boost, two years of studies on two sites each at two research farms showed. | File photo

Oats prefer side-banded nitrogen

WINNIPEG — Side-banding nitrogen and seed-placing phosphorus pays off for oat crops, new Saskatchewan research shows. “We’ve determined that side-banding nitrogen is better for oat yields,” Brianne McInnes, operations manager for the Northeast Agriculture Research Foundation, said in an interview at the Prairie Oat Growers Association annual convention. Side-banding rather than mid-row placement gave an […] Read more


Close-up of the roots of three plants being held in a hand.

Molecular mechanism links roots to phosphorus

Researchers discover the gene that regulates when roots stop growing, which occurs within hours of a lack of phosphorus

Researchers at Michigan State University have discovered a specific gene that regulates when the roots of a plant stop growing and they have identified this reaction as happening within hours of a lack of phosphorus.