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Supporting Growers with Knowledge, Innovation and Genetics

FP Genetics brings a Western Canadian team approach to supporting growers with territory managers for Alberta, East Saskatchewan, West Saskatchewan / South East Alberta and Manitoba combining local on-the-ground knowledge and varietal expertise. We lead with deep research insights, giving Canadian farmers every potential advantage possible. As one of four territory managers, my role is to work closely with each grower, helping them find the optimal variety to match their unique field conditions and regional needs. When challenges arise, we’re on hand and committed to support. This approach empowers our growers to adapt and embrace changing conditions, maximize yields, and achieve long-term success season after season.

With constantly changing weather and soil conditions, we know that each season presents new obstacles. This year, for instance, we saw an increase in standability concerns in all crop types. This was in part due to heavy moisture during critical growth stages. In cereals, warm, moist conditions can lead to rapid growth, but may also mean weaker stems and shallow roots, making standability a concern. When a grower encounters these challenges and touches base with us, we can collaborate to identify source causes and develop actionable solutions.

Our Territory Manager – West Saskatchewan & South East Alberta, recently worked with a producer struggling with standability in a traditionally high-yielding wheat field. Upon investigation, we discovered that the soil hadn’t been tested in years, and nitrogen levels were nearly double the ideal range. By assessing soil fertility and adjusting management practices, we were able to significantly improve standability, helping make the most of that and future crops.

Sometimes challenges arise from an unusual alignment of adverse conditions that are out of everyone’s control. In those cases, it’s helpful to look at how the variety in question has performed historically and how other varieties fared under similar circumstances. We can use these yearly variety performances as an opportunity to fine-tune practices that might provide an edge in the coming seasons.

There are also cases where a certain variety solves one problem but inevitably comes with a trade-off. For example, varietally blended midge-tolerant wheat has become essential for pest management since the phase-out of certain chemical treatments, and breeders are continually working to increase straw strength.

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Trending Video

How to fix a leaking pond.

Video: How to fix a leaking pond.

Does the pond leak? Ummmm....possibly a tiny bit. Well, more than a bit...ok, the darn thing leaks like a sieve!

QUESTIONS ANSWERED: Damit is not plastic. Therefore, there are no microplastics. I wish I had not mentioned plastic, but that is a very common polymer and I mentioned it as an example of a polymer. A polymer is simply a chain of repeating molecules, or "monomers." Cellulose is a polymer of glucose molecules. Starches are also polymers of various molecules such as fructose, maltose, etc. We have many polymers inside our bodies. In other words, just knowing something is a polymer doesn't make it bad, toxic, harmful, etc. However, this also doesn't mean all polymers are safe.

The specific polymer used for Damit is a trade secret, however, it has been closely scrutinized by multiple health and safety authorities. This includes the governmental authorities of Australia, the USA, Europe, and Asia. Not only have they determined that is safe to use in earthen ponds, and not harmful to fish, but it is considered safe to use in human potable water systems in all of these areas. And of course, they know the exact makeup of the polymer when making this determination. I'm told that the same polymer is in use by many municipalities to keep potable water storage tanks leak free. I can't tell you exactly what the polymer is, because I don't know, but given the confidence with which the governmental authorities have authorized its use, I would bet it is made of a monomer that we are exposed to all the time, like fructose or something.

It also breaks down in a matter of years, and does not accumulate in the environment. The end products of breaking down are CO2, water, and base minerals like potassium. The SDS reports no need for concern with ingestion, inhalation, or contact. If in eyes, rinse with water.

End result, can I say for sure that it is 100% safe? No, I don't know exactly what it is. But given people who do know exactly what it is, and have scrutinized it, have approved it for use in human potable water systems, I'm pretty comfortable putting it in an earthen pond.