As the pressure to ease antibiotic use in animal agriculture rises within Canada, industry faces the considerable challenge of finding effective alternatives to protect animal health and food safety. Luckily for BC’s poultry industry, a new tool developed by Cedar Biotech promises to help treat and prevent a variety of diseases in both farms and processing facilities.

Derived from the Western red cedar, thuja plicata and possessing unique anti-microbial properties, Cedar Biotech diffuses Cedar Leaf Oil into vapour form to provide safe and environmentally-friendly building-wide treatment and decontamination.

With funding through the Canada-BC Agri-Innovation Program, Cedar Biotech initiated a series of field tests to demonstrate that Cedar Leaf Oil Vapour (CLOV) can offer commercial poultry producers and processors with a cost-effective biosecurity tool.

According to Kelly Crosby, president and founder of Cedar Biotech, the project trials were successful in demonstrating that their patented CLOV diffuser significantly reduced both airborne and surface bacteria and viruses, including Salmonella and E. colicontamination.

“We’ve now validated the potential of CLOV to reduce chicken mortality rates, improve grower returns, help producers become antibiotic-free and decrease the use of harmful chemicals,” says Crosby, adding that the cost to install and operate the system is offset by the premium paid for antibiotic-free chicken.

During a six-week trial, Nutrichick Feed Consulting witnessed the CLOV difference firsthand, with the diffuser applied to its antibiotic-free chicken barn. By the end of the trial, the Abbotsford broiler farm achieved lower mortality and higher average weight than previous trials without CLOV.

“Lowering the birds’ exposure to pathogens is an essential part of growing healthy flocks,” explains Traci Wautier, nutritionist with Nutrichick. “CLOV provides us with an effective alternative to chemical cleaners that has proven to lower mortality and improve performance.”

And when it came to the processing sector, the results were similarly promising.

Crosby selected a local facility with readings of campylobacter detected by the Canadian Food Inspection Agency four times over the four months prior to installing the CLOV system. Post-installation, no discernable levels were evident, and the diffuser continues to remain in operation.

“The vapour is able to get into areas which are difficult to clean in equipment as well as providing hourly control,” says Crosby. “This allows poultry processors to control bacteria and fungi which enhances both food safety and product shelf-life.”

The CLOV project has since become an area of considerable interest for the poultry industry, not only within Canada but for other countries anxious to control pathogens from farm to table. Cedar Biotech is currently working with Hong Kong’s Agriculture, Fisheries and Conservation Department to explore the potential of CLOV in controlling H1N1 in its poultry sector.

Funding: $146,000 provided by the Governments of Canada and British Columbia through Growing Forward 2, a former federal-provincial-territorial initiative (INN319).

For Raveen and Shane Kullar, unique needs deserve unique solutions – and fortunately for their Burnaby-based business, finding unique solutions is what IAF is all about!

So when the dynamic duo decided to create an innovative meal replacement drink that diabetic and pre-diabetic consumers can confidently enjoy, we were only too happy to offer project support to pilot, demonstrate and commercialize Zuun Nutrition.

Now after two years and two innovation projects, the Whole Food Meal Replacement is headed for stores this July! For the first time ever, diabetic British Columbians can access a convenient, local, all-natural, whole-food based alternative that can optimize blood sugar and sustain energy when combined with a well-balanced healthy meal plan.

“We’ve managed to utilize a blend of proteins, complex carbohydrates, fiber and omega acids to provide the equivalent of a full meal’s worth of calories and nutrients, including a full serving of fruits and vegetables,” explains Raveen Kullar, adding that the project was deeply personal to him and his family given their own struggle with diabetes.

With their ongoing frustration with carb counting and meal replacement, the Kullars wanted to be the first to develop an effective, all-natural product to help people thrive within the diabetic community.

“We were desperate to find a convenient option that met our nutritional requirements, but the only options we could find were either full of preservatives and fillers or lacking in crucial carbohydrate energy,” Raveen recalls.

Their new power shakes will fill a sizable gap in the market for diabetic consumers, which according to the Canadian Diabetes Association has more than doubled since 2000 (and is expected to increase by another 1.5 million people by 2020).

Soon to be available in chocolate or vanilla at local retailers like Choices Markets (as well as at myzuun.com), Zuun is the only available whole food sourced blend that contains slow and steady releasing complex carbohydrates and a complete protein blend, with healthy fats and high fiber to boot.

“Zuun Nutrition has an optimal glycemic response in the human body,” says Raveen. “It provides rich nutrition and steady carbohydrate energy without hyperglycemic or hypoglycemic effects on blood sugar levels.”

As they approach their launch date, the Kullars credit a number of project activities for enhancing their market prospects, including pilot trials at key retailers and farmers markets, a new website, product packaging and a digital marketing campaign, all of which enabled them to connect with hundreds of retailers interested in listing their product.

Raveen and Shane are especially pleased they were able to secure a contract with a 100 percent BC operated manufacturer that employs well over 150 local residents. If all continues to go well, Raveen is optimistic that this single new product will help support the local economies and small retail business owners throughout BC, as it allows them to carry a product unique from what is currently available in the mass market.

“We are confident that the commercialization of this product will help build BC’s reputation as a leader in health and lifestyle oriented products,” he declares, noting that they are anticipating company expansion and job creation, with potentially new and similarly healthy product lines in the future.

For more information about innovation funding visit iafbc.ca/funding-opportunities/innovation/

Funding: $52,245 provided by the Governments of Canada and British Columbia through Growing Forward 2, a former federal-provincial-territorial initiative. (INN255/INN328)

And the award goes to…Philip Vanderpol, president and CEO of Vitalus Nutrition! The visionary entrepreneur was honoured with IAF’s 2018 Award of Excellence for Innovation at the Project Showcase in Abbotsford on April 12^th.

After seven years of research and a series of IAF projects funded through the Canada-BC Agri-Innovation Program, Vanderpol and his team at Vitalus were able to develop the technology to produce a new value-added ingredient from milk permeate that can potentially transform the Canadian dairy industry and enhance consumer health.

While milk permeate is normally a by-product of milk processing that has minimal value, Vanderpol was convinced there was untapped potential and began to pilot a process with the help of Innovation funding. Thus VITAGOS™ was born, a recognized prebiotic fiber created from dairy permeate that now offers food processors a way to enhance the health benefits of infant formulas and other foods, including functional foods, natural health products, sports nutrition products, nutritional bars, dairy products and beverages, fruit drinks, fruit preparations and animal feed.

The VITAGOS™ plant is now the first manufacturer in the Americas of a high-value fraction from dairy permeate, representing an unprecedented opportunity for the dairy and food processing sectors.

“The development and commercialization of this new ingredient will help increase dairy industry returns while enabling food processors to develop new products for digestive health,” explains Vanderpol.

With the launch of the new line, food processors not only have access to VITAGOS™ but to other value-added options such as MPC 85 – the result of another Vitalus-led Innovation project, this low lactose milk protein concentrate offers a protein level of 85 percent while allowing the development of reduced-lactose cheese, yogurt, soups and more.

“IAF has been proud to support the process and product development stages for VITAGOS™, and we are thrilled to celebrate Philip’s leadership in helping the Canadian dairy industry become internationally competitive,” declared IAF director Alistair Johnston as he presented the award.

In addition to Vanderpol, the award selection committee was pleased to recognize two Honorable Mentions – Dr. Victor Lo from the University of British Columbia, for his pioneering efforts to enhance the environmental stewardship of BC dairy farms through the development of a more sustainable manure and nutrient management process; and Silvio Lettrari, owner of Kaslo Sourdough, for introducing the world’s first sourdough pasta to help address the needs of a growing number of consumers with gluten sensitivities and other dietary concerns.

“Having provided the early support to these nominees through federal and provincial Innovation funding, we are especially gratified to witness the incredible achievements that have resulted from these investments,” said Alistair. “These projects represent long-term gains that extend beyond agriculture to impact consumer, environmental and economic health.”

The IAF Award of Excellence for Innovation in Agriculture and Agri-Food celebrates BC’s agriculture and agri-food leaders who have implemented specific projects or initiatives leading to economic, environmental or social benefits to British Columbia and the industry in general, or to a specific sector. For more information, visit our Awards page.

Project funding was provided by the Governments of Canada and British Columbia through Growing Forward 2, a federal-provincial-territorial initiative.

The first of its kind in Canadian poultry production, the BC Chicken Marketing Board’s new Grower Dashboard is pioneering how BC poultry farms are managed.

While the online system was primarily intended to replace and simplify the Daily Activity Sheet (a federal requirement for all flocks as they move through the production system), it has happily evolved into a single-serve database that promises to improve grower management and enhance industry communication.

“Previously our sector used paper-based reporting and tracking of flocks to adhere to the On-Farm Food Safety, Animal Care and BC Poultry Biosecurity Program requirements,” explains Shawn Mallon, the architect of the dashboard and Manager of Administration with the Board. “The new web-based, mobile-ready platform provides a single point of entry that not only reduces time and waste generated by paper-based reporting, but allows producers to compare data from year-to-year, organize and prepare for audits, and provides real-time access for industry managers to potentially identify issues as soon as they arise in an individual flock.”

With the ability to assess their performance based on past cycles and industry averages, growers can now make more informed management decisions regarding feed consumption, mortality and antimicrobial use.

According to Mallon, the key to the Dashboard’s success lies in industry adoption, which will generate more data for the Board to work with.

“The more growers use the program, the more useful the information will be and the more meaningful the data becomes when looking at industry trends” Mallon emphasizes, adding that this will also enable the Board to develop better and more accurate programming for producers.

One of the first to test the new platform at his broiler farm in Abbotsford, Brad Driediger of Windberry Farms is now a vocal proponent of the Dashboard and echoes the call for broader usage.

“We have a vital tool that will allow for a more coordinated approach in dealing with industry-wide issues such as flock mortality,” he explains. “This type of data isn’t usually captured or reported collectively, making it difficult for the Board to determine either causes or solutions.”

For Driediger, the Dashboard’s ability to facilitate greater industry connection is perhaps its most important feature, allowing him and other growers to receive timely news and notices on their main page.

Over time, the Board anticipates increasing environmental and economic impacts.

“As producers use the program to measure baselines and increase efficiencies, they will be able to optimize feed and the use of other inputs, decreasing waste and increasing returns,” Mallon predicts.

At the moment there is also talk of expanding the dashboard to other members of the value chain, and even nationally through the Chicken Farmers of Canada (CFC).

“If CFC adopts the dashboard for all broiler producers in Canada, then they can use their communication resources to launch the dashboard to the other provincial Boards,” says Mallon. “Other poultry commodities would find this dashboard useful, as well as hatcheries and processors, which would further enhance industry traceability and efficiency.”

Funding: $33,641 provided by the Governments of Canada and British Columbia through the Canada-BC Agri-Innovation Program under Growing Forward 2, a federal-provincial-territorial initiative. (INN200)

There’s been a lot of buzz over the Surrey BioPod Project recently and with good reason—the joint initiative between the University of Fraser Valley (UFV), the John Volken Academy (JVA) and the City of Surrey is an unique enterprise that is advancing agricultural research and food production technology, while offering job training and certification to JVA students in recovery.

While the BioPod may sound like a page borrowed from science fiction, its potential is equally fantastic and real. With funding through the Canada-BC Agri-Innovation Program, UFV spearheaded the construction of the novel light-diffusing greenhouses where researchers could pilot new technologies related to pest prevention, liquid nutrient delivery, vertical growing systems and water and heat conservation, among others.

According to Garry Fehr, director of UFV’s Agriculture Centre of Excellence, the innovations are everything they had hoped.

“With two new greenhouses now fully operational, we not only have a new venue for research, demonstration, teaching and job training, but can offer industry new tools to keep on the forefront of sustainable practices in both organic and conventional production,” says Fehr.

The Affinor Growing Towers installed in the BioPod proved especially promising, yielding 14 times what would conventionally be grown in the same floor space, while reducing grower costs related to energy, water and pest control.

For Fehr, another advantage is the vertical growing system’s adaptability to existing greenhouses.

“A one-acre greenhouse can potentially expand vertically to the equivalent of a 15-acre greenhouse without the additional costs of expansion,” he explains, adding that vertical growing also reduces the cost of nutrients and fertilizers through its recirculating system.

The UFV team is particularly excited about the BioPod’s potential to produce new crops in BC, or in the case of Wasabi, to fill a gap in the local, organic market.

“Despite considerable consumer demand, there were previously no organic trials performed since local production began in 2013,” says Fehr, noting that unlike conventional wasabi, which is produced in a water-based environment, organic wasabi requires a soil-based approach.

But thanks to plants donated by a local producer, researchers from UFV and Simon Fraser University (SFU) have been successfully growing organic wasabi in the BioPod for the last year!

Having proved the BioPod’s economic, social and environmental benefits and won the BC Union of Municipalities award for Leadership and Innovation in Agriculture, the project has continued to garner attention and grow in momentum.

UFV is currently considering proposals from five companies eager to demonstrate or test additional greenhouse technology prototypes in the BioPod, while Fehr coordinates future research projects with SFU, Kwantlen Polytechnic University and the BC Institute of Technology.

So far two students have received their Statement of Completion in the Horticulture Technician Apprenticeship Program at the JVA and are now able to pursue a career in agriculture, as several more await their turn.

Funding: $232,421 provided by the Governments of Canada and British Columbia through the Canada-BC Agri-Innovation Program under Growing Forward 2, a federal-provincial-territorial initiative. (INN121)

For dairy farmers across Canada, Automated Milking Systems (AMS) represent an increasingly compelling alternative that can help reduce labour costs while increasing milking frequency. Although adoption of AMS is growing quickly on BC dairy farms, the new trend is not without its hurdles.

Learning to use the technology and transitioning cows from traditional milking parlors can be a daunting process for many producers, with lameness posing a particular problem as cows must voluntarily visit the robot milker. Even after these challenges are addressed, there remains the potential issue of public perception regarding how the new system affects animal welfare.

For Dr. Jeffrey Rushen with the University of British Columbia, understanding Best Management Practices for AMS and their effects on cow health, production and welfare is essential to ensuring both producer and consumer acceptance. And with funding through the Canada-BC Agri-Innovation Program delivered by IAF, he was able to do just that.

As part of a national research project, Dr. Rushen’s team conducted a survey of more than 500 AMS dairy farms across Canada to explore the impacts of the technology on cows and how producers managed the transition.

“The survey enabled us to determine the most common problems encountered and the most effective solutions developed, as well as identifying the housing and management practices used on AMS operations that have facilitated good cow welfare and performance,” explains Dr. Rushen.

For the most part, they found that cleaning and feeding practices remained the same on AMS farms, while the majority of producers believed that milk yield and conception rates increased and time devoted to milking-related activities decreased by 62 percent.

According to Dr. Rushen, the majority of producers (86 percent) are happy they made the switch and are already enjoying improved profits and quality of life for both themselves and their cows.

And, with the ability to now automatically capture data, farmers can also more readily identify and treat at-risk cows, further improving their overall health, productivity and welfare.

Dr. Rushen hopes their findings will pave the way for other producers considering the transition to AMS.

“Automatic milking represents the future for many dairy farmers,” he says. “We want to make sure the BC industry is aware of both the benefits and the challenges of this new technology and that they have a plan in place for making the transition.”

UBC’s research will also help inform changes to the national Dairy Code of Practice to ensure it applies to AMS operations. So far a subset of 11 recommendations to the Code were identified as a result of the survey.

More information about the project and AMS technology is available in the Journal of Dairy Science.

Funding: $64,905 provided by the Governments of Canada and British Columbia through the Canada-BC Agri-Innovation Program under Growing Forward 2, a federal-provincial-territorial initiative.(INN174)

For blueberry growers in BC, there are few varieties that present as many opportunities as ‘Draper.’ Boasting superior size, texture, and flavour, this highbush blueberry represents one of the world’s most advanced cultivars and a significant source of revenue for the local industry.

Despite its potential, ‘Draper’ also carries a significant drawback known as Green Fruit Drop. Relating to a nutrient deficiency that causes green fruit to prematurely drop before harvest, this disorder can result in devastating yield losses (up to 40 percent in some fields), after nearly all input costs have already been invested.

Seeking a solution to this industry-wide issue, the BC Blueberry Council (BCBC), with the help of agricultural researcher Eric Gerbrandt, undertook a two-year project to develop and demonstrate best management practices to combat Green Fruit Drop.

According to Gerbrandt, the study builds on previous research that identified calcium deficiency as the underlying cause and foliar calcium applications as the potential solution.

“With this latest project we were able to pilot a spray management program that can virtually eliminate the condition and considerably increase ‘Draper’ yields,” says Gerbrandt, adding that without funding, growers would have continued to lose thousands of dollars in net profits per acre.

Having shared the good news with local growers, the BCBC is now focusing on research that investigates the genetic tendency for Green Fruit Drop in blueberries.

According to Gerbrandt, this will be increasingly important as novel genetics are developed using ‘Draper’ as a parent in blueberry breeding.

“In an increasingly competitive global market, the profitability of this industry depends upon the use of the world’s best genetics and most advanced horticultural management practices,” he explains.

While knowledge transfer is an ongoing task, the BCBC anticipates enhanced industry returns from ‘Draper’ based on results shared thus far.

“The economic benefit of this project in the first year alone will be substantial,” predicts Gerbrandt. “Even based on conservative estimates, near complete elimination of Green Fruit Drop has the potential to increase farm-gate revenue by $1.2-4.3 million in 2017!”

Funding: $38,475 provided by the governments of Canada and British Columbia through the Canada-BC Agri-Innovation Program under Growing Forward 2, a federal-provincial-territorial initiative. (INN208)