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Government of Canada and Province of New Brunswick support improved productivity in aquaculture processing

With the longest coastline in the world, Canada's coastal communities rely on the fish and seafood industry as an integral contributor to local and regional economies. This is why the Government of Canada and the Province of New Brunswick today announced funding support to True North Salmon Limited Partnership and Cooke Aquaculture Inc. through the Atlantic Fisheries Fund (AFF).

The AFF funding — a repayable contribution of over $6.7 million towards total project costs of over $15.6 million — will be used for the purchase of high-tech equipment for True North Salmon's processing plant in St. George, NB. The new equipment will improve value added processing and enable individual product portioning.

True North is part of the Cooke Aquaculture group of companies. The equipment addition is part of a significant plant expansion that will double the size of the processing plant, allowing True North Salmon to better respond to market demands and labour shortages, while at the same time improving the overall productivity of the company.

This funding aims to enable Cooke Aquaculture to consolidate its local salmon processing capacity, with a product mix that is more flexible and better adapted to consumer needs.

The contribution is from the $400 million Atlantic Fisheries Fund (AFF), funded by the federal and provincial governments. The AFF focuses on increasing opportunities and market value for sustainably sourced, high-quality fish and seafood products from Atlantic Canada.

Introduced in 2017, the Atlantic Fisheries Fund will continue to invest in projects over its seven-year life. The commercial fisheries and aquaculture industry, Indigenous groups, universities and academia, and industry associations and organizations, including research institutions, are invited to apply.

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Mechanical Damage: Another Reason to Promote Certified Seed Usage

Video: Mechanical Damage: Another Reason to Promote Certified Seed Usage

So far this year, Shari Lafreniere of 20/20 Seed Labs has noticed a distinct change in the levels of mechanical damage to seed compared to last year. In this Insiders column she gives us the scoop on what the situation is like with regard to mechanical damage.

Unlike 2022, where we faced significant challenges, this year has been a different story, and we’re not seeing high levels of it in samples coming off the field. Of course, that can change once seed enters the cleaning and storage stage.

Of course, for seed to receive a blue tag, it must be tested by an authorized seed lab, ensuring its quality and freedom from defects. It’s yet another reason for the seed sector to promote the use of certified seed among growers.

Mechanical damage to bin-run seed is a critical issue that can impact crop yields and profitability. It's a topic that often falls under the radar, but it deserves more attention, especially in years marked by extreme weather conditions like dry spells and scorching heat. In such years, the risk of mechanical damage to non-certified seed becomes significantly higher.

One of the key factors to consider in the cleaning stage is the brittleness of seeds. In dry and hot conditions, bin-run seed tends to become more brittle, making it more susceptible to damage. This brittleness is particularly evident in larger seed crops. The challenge then is to minimize mechanical damage during various stages of its use, from seeding, to harvesting, to conditioning, and finally storage.

If you have customers who save seed rather than choosing to buy new seed every year, it’s a good idea to provide them with the knowledge they need to prevent mechanical damage.

The following are some practical steps that can help growers protect seeds and reduce the risk of mechanical damage when handling seed:

Maintain Augers: Ensuring that augers are in good shape is essential. Check for damage or pitting on the flighting, as damaged augers can lead to more seed damage.

Optimize Seed Movement: When moving seed, do it as infrequently as possible. Reducing the number of times seeds are transferred can significantly reduce the risk of mechanical damage.

Sweeps and Loading: Properly manage sweeps within the bin and ensure they are in good condition. When loading seeds into a trailer or truck, especially with larger-seeded crops, start with a gentle layer at the bottom and go a bit lower with the auger to create a cushioning effect. This simple step can make a big difference in protecting seed.

Drills: When working with drills, pay attention to the fans and how they are loaded, whether using a conveyor or an auger. Proper handling during seeding is crucial to minimize damage.

While mechanical damage is largely within a grower’s control, it's essential for them to recognize that weather and climate conditions can play a significant role. In a hot and dry year, seeds are more vulnerable to damage due to their increased brittleness. Some crop varieties are more susceptible than others, especially in the case of larger-seeded crops, where the seed coat may not be as resilient when dry.

Even crops under irrigation can experience issues in extreme heat, as the water can't be consistently applied to maintain ideal moisture levels. Without the usual cooling effect at night, the risk of mechanical damage is further heightened. Also, it’s important to note that irrigation can’t mitigate heat blast, caused by a combination of hot days and warm nights, which can further increase the chances of mechanical damage.