Rick and Angela Van Laecke started the company in 2006 when they transitioned from growing tobacco. Horizon Seeds produces, processes and packages all seed at its Courtland location. They primarily produce seed corn but also produce seed soybeans and seed rye. Fifteen local growers are contracted to produce seed. The company started with one employee Steve Gubesch who is Horizon Seeds production manager plus the Van Laeckes.
“Looking back 15 to 20 years, it’s clear that you never know where time will take you," says RickVan Laeke. "I’m sure I speak for Ang as well, as former tobacco farmers I can honestly say that we never dreamt we would be hosting an event like this in our lifetime. Celebrating a tenth anniversary of a Canadian, independent, family owned seed company is a great milestone.”
“I saw a quote not so long ago that said, ‘if you want to go fast, go it alone, if you want to go far, do it together’," Van Laeke adds. "I realized this is very true for Horizon Seeds.”
Rick thanked their growers for their work to grow a good quality seed; their suppliers whose service and products are essential to processing, and their customers for supporting their business. He also thanked the Horizon staff.
The Van Laeckes continue to grow their business, which employs 27 people from Norfolk, Oxford, Elgin, Brant, Middlesex and Waterloo Counties. This includes their son Curtis who is head of research and product advancement.
Sales include both wholesale and retail across Ontario, Manitoba and Wisconsin.
Horizon Seeds is a CFIA-registered seed establishment and an accredited organic handler with a bulk storage facility.
Improvements to the facility include a 14,000 sq. ft. expansion, a larger pathology lab, a new quality assurance lab, ventilated seed preparation room and high efficiency LED lighting throughout the facility, with UV repelling windows.
“The new facility will allow Cargill to showcase the research and innovations within our specialty canola business,” says Mark Christiansen, managing director, Cargill Global Edible Oil Solutions.
Cargill says Saskatchewan continues to be an important province for the company to invest in, saying that 26 per cent of its Canadian investment is in the province.
Sustainable soil management practices may be defined as those that:
- Make the most efficient use of nutrients
- Support systems with no net loss of organic matter and soil aggregate ability
- Build the population and diversity of soil organisms
- Effectively manages surface water to support reduced tillage systems
Click here to retrieve a nomination form.
The deadline for all nominations and supporting documents is September 1, 2016.
June 17, 2016 - Farm Management Canada (FMC) and the Canadian Association of Diploma in Agriculture Programs (CADAP) have announced the selection of the winners of the 2015-2016 Excellence Award for Ag Students Competition. Congratulations to the three winners.
FMC and CADAP collected submissions from agricultural students across Canada and selected three winners who will receive scholarships towards furthering their education in agriculture. First place won $1,500!The award is designed to help students develop their communication skills by having the opportunity to voice their opinion on a on a subject related to farm management.
Students were asked to submit a multimedia presentation, a video, a Twitter chat, a blog or a Wiki, responding to the following question:
What top 3 priorities should Canada's agricultural industry focus on in order to be a leading agricultural body going forward? How will you, as a new graduate, positively contribute to these priorities?
This year's winners are:
- Tomina Jackson, University of Saskatchewan, SK: View the winning entry
- Jessica Thompson, Maryfield School, SK: View the winning entry
- Laurie Laliberté, Université Laval, QC: View the winning entry
Visit www.fmc-gac.com for more details on the winners and their competition entries.
Photo courtesy of Ag-West Bio.
May 25, 2016 - Richard Keith Downey, O.C., F.R.S.C., received the 2016 Saskatchewan Order of Merit, the province's highest honour, in a ceremony May 24, 2016 in Saskatoon.
Born in Saskatoon, Dr. Keith Downey earned degrees from the University of Saskatchewan and Cornell University. He joined the Agriculture Canada Research Station at Lethbridge as an alfalfa breeder, producing the world's first winter hardy, wilt resistant alfalfa variety before returning to the Saskatoon Research Station in 1958 to direct the oilseed breeding program. It was there Dr. Downey earned a world‐wide reputation as one of the "Fathers of Canola" for converting rapeseed into nutritionally superior canola.
As a plant breeder, he is associated with the release of 13 rapeseed/canola varieties and five condiment mustard varieties. His work with canola has resulted in the acreage expanding from only a few thousand in the 1950-60s to more than 20 million in 2014 and into a multi‐billion dollar industry for Saskatchewan and Canada. Equally important, canola oil is a significant factor in improving health and reducing health care costs due to its positive effect on cardiovascular disease and Type 2 diabetes.
Dr. Downey's expertise and contributions to scientific research are recognized and in demand world‐wide. He has held numerous professional and administrative positions with a broad range of organizations. He is an inductee in the Saskatchewan and the Canadian Agricultural Halls of Fame. He is an Officer of the Order of Canada; a Fellow of the Royal Society of Canada and the Agriculture Institute of Canada; and holds Honorary Doctorates in Science from the
University of Saskatchewan and Law from the University of Lethbridge.
Established in 1985, the Saskatchewan Order of Merit recognizes excellence, achievement and contributions to the social, cultural and economic well-being of the province and its people. It acknowledges individuals who have made their mark in the arts, agriculture, business, industry, community leadership, occupations, professions, public service, research and volunteer service.
Read more about Dr. Keith Downey and the development of canola in Canada.
May 2016 - Jan Drost first began farming in Bentley, Alta. about two decades ago. Back then, just as today, Drost was always looking to improve the quality and yield of his crops. One of the ways he focused on doing that is to minimize disease pressure through good crop management, use of inputs and careful planning of his rotations.
"We deal with a short season here, so we try to get the most benefits from the crops and keep them as healthy as we can," said Drost. "The more wheat we grow, the more disease problems we create – especially when the rotation window is narrow."
In recent years, Drost grew approximately 2,200 acres of wheat on his farm which is located in an area of particularly dark soil. While the soil on his farm is well-suited for wheat, canola and potatoes, Drost is aware that it is also conducive to disease pressure which can cut yields and quality. He also knows this from his upbringing in The Netherlands, which prompted Drost to be an early adopter to spraying fungicides.
"After doing some trial work on my wheat, I found there were always benefits to spraying a fungicide like Twinline and Caramba," said Drost.
Drost is convinced the input costs of applying fungicides in cereals – especially with higher market prices for cereals in recent years – pays off on his farm and it will for others too. "We don't hesitate to spray (fungicide)," said Drost. "It is worth spraying. The crop is healthier and we get a plump kernel. A lot of growers here now spray for fungus in wheat."
Regardless of the weather pattern any particular year, "I would definitely recommend using a fungicide for a good, full wheat crop," said Drost. "We know the margins can be small, so we have to get the most out of our yields and the health of the crop. A couple years ago we had a wet year and we sprayed one field. The one we sprayed fungicide on, we had an increase of about 10-15 bushels per acre – there was a lot of disease pressure that year. I always spray, even in a dry season. I couldn't believe the difference in yield and quality."
That's because whether a dry or wet year, and whether a hot or cool season, Drost can see healthier plants in the wheat fields he sprays. He knows this protects the quality of his wheat crop – satisfying the relentless pursuit for yield and quality he began 20 years ago and continues with even more passion today.
Feb. 17, 2016, Ontario – There’s nothing that makes Tyler Vollmershausen happier than sticking a shovel into a field to see what’s happening underground.
Dec. 7, 2015, Paisley, Ont. – Vince and Heather Stutzki of ElmCrest Farms, sheep farmers in Bruce County, have been named this year’s Innovative Farmers of the Year by the Innovative Farmers Association of Ontario.
The Stutzkis use a system of rotational grazing, pasture remediation, manure and compost application, double cropping and minimum tillage. By building their soil, their 200 acre farm supports their large flock, and their family.
The Stutzkis moved to their rolling property near Paisley in 1988 and there they raised a daughter and three sons, two of whom bought a farm down the road and farm with their parents. “When we came here the whole place was cropped,” says Vince. He recalls how he and Heather ‘fell into’ raising sheep: “One day, we had ten ewes and a ram that just showed up here because people wanted to get rid of them. We had an old bank barn with a roof that was leaking, the walls were collapsing.”
In Ontario, there are about 4,000 shepherds and the average flock size is about 85. The Stutzkis are part of a loose network of large flock producers, numbering fewer than 50 in the province. They raise 850 sheep on 200 acres and lamb five times a year, shipping every two weeks into a value chain that brings lamb products to Metro shelves. The Stutzkis were early innovators with traceability technology, and give back to their industry through sharing data and mentoring young farmers. Vince is also a past director of the Ontario Sheep Marketing Agency Board. For the Stutzkis, managing the risks of a fluctuating global market means creating cost and labour efficiency, and so they have designed their operation and crop rotation to the very last detail.
And when it comes to innovation, they have had to look to other commodities for inspiration. “In the dairy industry, for example, there are lots of systems to look at and get ideas from but in the sheep industry, there’s not many places to look,” says Vince. The Stutzkis have been all across Ontario, Quebec and Michigan to see how others manage their livestock and pasture, and even made a trip to Scotland. They have plans for New Zealand next, as farmers there manage flocks in the tens of thousands of sheep.
The Stutzkis rotate their flock on 36 acres of pasture located on the hilliest section of the property. They have subdivided this into 27 sections and use an innovative Spider fencing system imported from New Zealand to manage flock movement between pastures. Water lines are run to every section and the intensive rotational grazing keeps both the pastures and the sheep healthy.
“Pasture is one of those things that is forgotten,” says Vince, who goes to great lengths to maintain soils in his pasture. The Stutzkis take four acre sections out of pasture on a rotational basis for two years to ‘renovate’ the soil. They use a crop of corn, sorghum sudan grass or mixed grains for the break year and they will graze it, followed the next year by a cover crop they will harvest for forage before planting the area back to grass, which they might even graze again that fall.
On such hilly ground, they never plow and use a light disking if needed. The "renovation" is important not only for thistle and other weed control, but it also breaks the worm cycle, to control parasites and worms that can build up in a pasture that isn’t properly managed. Building soil health builds up pasture health which in turn builds the health of the animals. “There’s quite an art involved in managing the pastures,” says Vince.
Vince and Heather have also had to be innovative with livestock mortality, as there are no deadstock services available for the sheep industry. A few years ago, they constructed a three-bin deadstock composting system behind the barn. The first two areas serve to alternate as the primary intake piles, with the start date marked on each and the third pile is for secondary aeration, at which point nearly everything is broken down. Soybean stubble serves as the substrate, though they use sawdust or corn silage in the winter because it will generate more heat.
The manure storage was built to hold over a year’s capacity in order to give them flexible timing of application. The addition of manure and compost into a diverse rotation has helped to build soils on the Stutzki’s farm.
Vince, Heather and the family are constantly learning, innovating and evaluating as they strive to farm in a difficult industry with limited marketing options and services available. At ElmCrest Farms, necessity is the mother of innovation.
The Stutzki family will be recognized at the Innovative Farmers Association of Ontario’s Conference on Feb. 23 and 24, 2016 in London, Ont. More details on the conference are available at www.ifao.com.
September 22, 2015 - The annual summer directors’ meeting of the Ontario Soil and Crop Improvement Association (OSCIA) was held in Oxford County, starting at the farm of Gord Green near Embro.
Gord Green was the 1st Vice President of OSCIA and has been acclaimed as the President Elect for 2015. He represents the Counties of Middlesex, Elgin and Oxford in the Thames Valley Region. Greenholm Farms, is a family farm operated by Gord, his wife Laura, along with their son David, his wife Shannon, and their three daughters.
Greenholm Farms operates about 750 acres in the Embro area. The Green family milk approximately 200 cows in
a modern free-stall barn. Their crops are all planted using no-till other than their corn, which is planted strip-till.
They grow forages, corn, soybeans and wheat with about half the crops going for livestock feed. The rest is sold
as cash crops. They have an anaerobic digester for processing manure as well as other off farm organic materials.
And they have a FIT contract for 250 KW of power from the biogas they produce.
“We at Greenholm feel very strongly that we have to protect our land and the environment for future generations. We feel that our no-till practices improve our soil and also reduce wind and water erosion. We get better water retention and reduce soil compaction problems. We currently use cover crops on part of our acreage and are looking to expand this,” says Green.“I am grateful for the opportunities that OSCIA has presented to me such as Environmental Farm Plan Workshops and Growing Your Farm Profits Workshops. They have helped guide our farm to where it is today."
The last OSCIA President from Oxford County was Pat Lee in 2008. Pat and his wife Margaret were able to join
in on the Summer meeting tours and commented that “The summer tour is a real learning experience in
combination with delicious meals, meeting new people and refreshing past acquaintances. The assortment of
topics and tours certainly provided a new look at the numerous agri-businesses that Thames Valley has to offer.”
OSCIA’s President Alan Kruszel commented that “Gord and Laura, along with their family did a great job in
presenting the diversification of Thames Valley agriculture to their fellow directors, past Presidents, their families
Researchers are studying Dean Glenney’s fencerow farming system (shown here at 30 days after planting), which involves strip cropping, no-till and controlled traffic practices. Photo by A&L Biologicals.
Farmers often ask the question, “Why is my neighbour getting double my yields, even though we both use the same cultivar and the same fertility package?”
According to George Lazarovits, research director at A&L Biologicals, the answer could lie in the types of microbes in their fields. So the company, a research facility with a focus on healthy agricultural ecosystems, is working on a project with some Ontario growers to investigate this possibility.
Understanding microbial communities in soil and plants is no simple task. These communities can have a wide diversity of species and huge numbers of organisms. The recent and remarkable advances in DNA sequencing technology, and the rapid drop in sequencing costs, are allowing researchers to sequence the genetic material from these microbial communities, generating enormous amounts of data. Then the researchers have to sort through all of that data to try to figure out which components are most important for high yielding crops.
“A very large percentage of organisms in the soil and on roots have never been identified or sequenced,” Lazarovits notes. “[So if we do very detailed DNA sequencing of the samples, we can’t relate most of the genetic data to specific organisms.] And – more importantly – we don’t know what the unknown organisms do. Are they fixing nitrogen? Are they producing antibiotics that act as plant protectants? Are they giving plants hormone stimulants that make them grow faster? Are they involved directly in the plant’s ability to synthesize chemicals?”
So how can the researchers go about identifying which microbes are key to healthy, productive crops? “First you have to identify where and when to look – you have to find the haystack that has the needle in it. Once you find the right haystack, then you can start searching for the needle,” Lazarovits explains.
He thinks Dean Glenney’s farm in the Dunnville area of southwestern Ontario is one of those “haystacks.” Earlier this year, the Ontario Soil and Crop Improvement Association (OSCIA) named Glenney as its 2015 Soil Champion.
Lazarovits met Glenney at a conference in Montreal where Lazarovits was speaking about microbes in crop production and Glenney was speaking about his novel farming system that produces corn yields of around 300 bushels per acre in a region where the average is about half that.
Glenney asked Lazarovits why his farming system produces such high corn yields. “I said, ‘I haven’t a clue, but it would sure be a great model system to study,’” Lazarovits says. “So, through this project, we’ve been trying to unravel what is going on.”
Glenney developed his unique system because he noticed corn planted near fencerows was higher yielding than elsewhere in the field. So he gradually changed from a conventional production system to a system that tries to recreate the yield-boosting conditions along his fencerows.
His system, which he calls “fencerow farming,” includes such practices as no-till, controlled traffic and strip cropping. He has a corn-soybean rotation and grows the two crops in alternating strips; each strip is four metres wide and 80 metres long. He seeds into exactly the same rows every year.
Glenney has been using this system for about 15 years. “According to Dean, for the first five years he didn’t get any yield increases with this system,” Lazarovits says. “But in the sixth year, he started to see some increases, and he continued to see yield increases for a 10-year period after that.”
The project is led by Rafiq Islam, a research scientist at A&L Biologicals. One of the project’s main objectives is to determine if the microbial ecosystem in Glenney’s fields is enhancing the performance of his corn crops. As part of that, the researchers hope to figure out how best to assess a crop field’s microbial ecosystem. They would also like to identify practices that would help Glenney’s farm and other farms to become more productive.
The project started in 2012 with a two-year study to identify key biological and non-biological factors contributing to Glenney’s higher corn yields. The study compared conditions at Glenney’s farm and a neighbour’s farm, with one site on each farm in each year of the study, and four randomly selected replicate plots at each site.
The neighbour’s production system differs from Glenney’s in a number of ways. For example, the neighbour has a corn-corn-soybean rotation, he tills the soil before planting, and he doesn’t use strip cropping or controlled traffic practices.
For the study, both Glenney and his neighbour planted the same corn hybrid and used their normal production practices.
The researchers measured a wide range of factors, including soil characteristics, plant populations, nutrient levels in the soil and the plants, plant height and biomass, leaf chlorophyll content, and root and ear disease levels. They also examined the microbial communities on and in the roots, and inside the stems and leaves. As well, they determined grain yields, grain nutritional values, production costs and net returns.
To assess the microbial communities, the researchers used a molecular biology technique that identifies a small percentage of the most common microbes. This allows them to compare how similar or different the communities are.
Highlights of findings
The corn crops on Glenney’s sites had 75 per cent higher yields and were four times more profitable than the corn crops on the neighbour’s sites.
The researchers determined that 21 per cent of the higher yields was due to Glenney’s somewhat earlier seeding dates and higher seeding rates, and to the lower incidence and severity of ear disease. The researchers think the lower ear disease levels may be due to beneficial effects from the distinctive microbial community at the Glenney sites.
Although both farms had high levels of microbial activity, the microbiological communities were “different as day and night between the two farms,” Lazarovits notes. “The largest group of organisms present in Dean’s field are a group of bacteria called the fluorescent Pseudomonas. (They glow white under ultraviolet light, which is why they are called fluorescent.) These bacteria are known to be suppressive to diseases; they produce a whole slew of antibiotics. So it is quite possible these bacteria are acting as internal fungicides that protect the plants from diseases.”
The other 54 per cent of Glenney’s higher yields resulted from more productive ears. The ears were longer and wider and had more kernels per cob, the kernel weights were higher, and the grain weights per plant were much higher. The researchers think the beneficial effects of the microbial community might be contributing this higher productivity.
The sites on both farms had sandy soils; the neighbour’s soil had more organic matter. Although the researchers found various differences in soil nutrient levels between the sites, plant tissue analyses indicated the plants likely didn’t have prolonged nutrient deficiencies. So the researchers think soil fertility was probably not a major cause of the yield differences.
The researchers found the corn root systems at the Glenney sites became larger, longer, thicker and more branched. This implies the roots could move more easily through Glenney’s soil, likely because it was less compacted than the neighbour’s soil. Better root systems enhance nutrient and water uptake, which could have contributed to the higher yields.
Root disease levels varied considerably, but overall they were slightly higher at the Glenney sites, suggesting those sites had higher levels of soil-borne pathogens.
In the current phase of the project, the researchers are conducting several studies to better understand how to work with microbial systems to enhance crop yields.
“According to the literature, the theoretical yield for corn in southwestern Ontario should be around 425 bushels. Can we push Dean’s yields from 300 to 400 bushels by changing some things in his system?” Lazarovits asks. “We also want to see if we can speed up the technology on other farm sites. If [the yield boost] is microbiological, could you transfer those microbes to other sites by some other technology, rather than by repeating what Dean has done, so instead of taking six years, it might take three years?”
In a study that started in 2014, the researchers are examining the effects of two changes to Glenney’s system on crop yields and the microbial community.
One change is tillage. Each year before planting, Glenney is tilling one side of each of the two strips that he has allocated to the project.
“One possibility is if you don’t disturb an ecosystem for a very long time, you build up a community in the soil that becomes associated with corn. So the bacteria are there to colonize the plants very rapidly,” Lazarovits says. “However, if you plow the soil, then you spread the bacteria all over the place. So you get a lot more bacteria of different types colonizing the plant, but they never reach a critical mass to benefit the plant.”
The other change is to add a green manure crop into the rotation. Last year, the research team grew plots of mustard, winter pea, and a plant that is related to corn, and plowed those crops into the soil as green manures. In 2015, those plots will be planted back to soybeans and corn.
Lazarovits explains that, with just a two-crop rotation, certain detrimental organisms might build up, which could be why Glenney’s corn yields have levelled off. The researchers want to see if green manuring might hamper some of the detrimental organisms, while maintaining the beneficial ones.
In another study, which will start this year, the researchers will be looking at microbial communities in other farmers’ fields. “Every farmer has zones in their fields with very high yields and zones with very poor yields. We want to see if the microbiology is correlated with the yields,” Lazarovits says.
Another aspect the researchers are planning to explore is why Glenney’s agro-ecosystem doesn’t provide the same sort of yield benefits to his soybean crops. “While Dean gets reasonably good soybean yields, he has not had the increasing yields that he has seen with corn,” Lazarovits notes.
In addition, the researchers are now collaborating with Greg Gloor, a medical microbiologist at the University of Western Ontario, who is using advanced techniques to sequence microbes for the project.
Lazarovits is excited about what could be learned by understanding the links between microbial communities and crop yields. “We think this is really going to be the next phase of agriculture. We are going to be able to understand how to grow crops in ways that take advantage of nature.”
March 17, 2015 - Dr. Murray McLaughlin, Executive Director of Bioindustrial Innovation Canada (BIC), has been named one of the "top 125 people in the advanced bioeconomy" by the international industry publication Biofuels Digest. Award recipients were recognized at the 2015 Advanced Biofuels Leadership Conference in Washington.
“This award recognizes Murray’s outstanding contribution to global collaboration and growth of Canada’s bioeconomy,” says Alexander (Sandy) Marshall, BIC’s chair of the board.
The Top 125 People in the Advanced Bioeconomy list was compiled from votes by readers and the editorial board of Biofuels Digest. Leaders from organizations based in 15 different countries were recognized in the listing, which considered commercial deployments at scale, key figures in deployment of alternative fuels and pioneers in renewable chemicals.
“It’s an honor to be included in this listing,” says Dr. McLaughlin. “Canada has made great progress in recent years in building its bioeconomy and a strong future for its agriculture and forestry sectors.”
Jean-Francois Huc, president and CEO of BioAmber Inc. which is currently building a biosuccinic acid plant in Sarnia, was also named to the list. BioAmber received early funding support through BIC’s investment program.
In 2014, Agriculture and Agri-Food Canada (AAFC) announced $7,098,800 in funding assistance to support BIC’s BioProducts Agriculture Science (AgSci) Cluster program. The funding, through AAFC’s Growing Forward 2 program, supports the development of the bioeconomy in Canadian agriculture and will be managed by BIC in its ongoing role to generate new business opportunities and build bioproducts clusters across Canada.
Bioindustrial Innovation Canada (www.bincanada.ca) is a Canadian not-for-profit organization catalyzing the commercialization of bio-based and sustainable chemistry-based technologies, with a focus on advanced biofuels, biochemicals, biomaterials and bio-ingredients. BIC supports the creation of jobs and economic value sustainably in Canada.
January 23, 2015 - Each year, the Innovative Farmers Association of Ontario and BASF Canada recognize an Ontario grower as the Innovative Farmer of the Year. This year the award goes to Wayne Cantelon.
The Cantelons began zone tillage in the early nineties and haven’t looked back, experimenting and fine-tuning a system that they now use on a large scale across a wide variety of soils in Huron County.
As more acres were added to the farm, the Cantelons had a decision to make: “do we add bigger conventional equipment or do we take a different direction?” Perhaps taking some lessons from history, they wanted to use less equipment, control soil erosion and be able to manage fertility. But first and foremost, they had to make the economics work. That’s when Becker Farm Equipment (Exeter, Ont.) brought in a Trans-Till demo unit and they tried zone tilling.
Through a bit of experimentation, Wayne was convinced to break away from conventional tillage. In the first five years, he ran a side-by-side comparison and he says that the zone tilled fields did as good as or better than conventional and were generally drier as well. Wayne recalls the first year was the only time the conventional plot pulled ahead and that was because they hadn’t yet found a way to add fertility into the zones. Once they solved that problem, they were sold on it.
Wayne continues, “Conventional might look a bit showier but it didn’t mean anything when the combine went through.”
The Cantelons grow a rotation of corn, soys, white beans and wheat, zone tilling the corn and no-tilling the soys and wheat. They put down P and K in the zones in the fall, follow in the spring with a starter mix of 30-70-20-12S-1Z and later side-dress nitrogen. They built a folding toolbar with coulters to side-dress dry urea every 60 inches. Scott says this is an important part of their program: “It lets us control the amount of nitrogen. We can vary the rate and use almost 20 per cent less that what most would.” More recently, they’ve had success planting oats and radish down with the dry fertilizer in the fall, admitting that it’s not a perfect system because seeding and fertilizer depths don’t jive.
Still, the innovation continues at Cantelon Farms with cover crops. Last September, they tried aerial seeding 200 acres of cereal rye into corn with some success. Though the Cantelons have long put red clover after wheat, this year they have 250 acres into an eight species mix. While Scott plans to zone till his field this fall, Wayne wants to pull zones in the spring and kill off the cover crop just after he’s planted the corn. The rationale is that living roots take up more moisture than dead ones, so they will dry the soil more quickly.
“One thing I’ve noticed on the cover crops,” adds Wayne, “is that when we put something green in our wheat stubble, there’s something about that combination that the worms and the biology must really like. When we come back and do a spring zone, even the wheat stubble is gone. And the proof is there, you can see all the worm tents.”
Wayne continues, “we really don’t understand what’s going on underneath the ground.” He believes agriculture needs more farm level research to better understand nature’s soil biology. “This isn’t something that you can just bottle up and sell.”
Not wary of sharing trade secrets, both Wayne and Scott keep in touch with others on social media, to spur on their collective understanding.
January 12, 2015 – With the new year comes a new calendar, and that means it’s time once again for Farm & Food Care Ontario’s annual Faces of Farming calendar contest.
Each year, Farm & Food Care opens the contest to Ontario farmers and farm families who want to tell their story, and see their faces in homes and workplaces across the province. One winner in total will be chosen from among the applicants. Applications will be accepted until March 16.
The winning family, pairing or individual will participate in either a spring or summer photo shoot, and will receive complimentary copies of the calendar plus two tickets and accommodation for the 2015 Ontario Harvest Gala and calendar launch later this fall.
Last year’s winning entry came from the Howe family of Aylmer who grow strawberries, cantaloupe, watermelons, squash, pumpkins, beans and other vegetables. Their three generation family photo appears in the 2015 edition of the calendar.
Since it was first published in 2005, the project has featured the faces and stories of almost 140 Ontario farmers and farm families. Each year, the calendar is distributed to thousands of Ontario media, grocery retail outlets and politicians and is sold through the Farm & Food Care office. The project’s overall goal is to connect the public with the true faces of Ontario agriculture, while introducing consumers to the farmers who work 365 days each year to provide quality, local Ontario products for our homes.
Farmers or farm families are encouraged to enter the contest by submitting both an informal family photo and short essay (400 words or less) describing their family. Candidates must make their primary income from agriculture. Their essays must include the following to be considered:
- Names and ages of all family members
- Address including county or region of residency
- A description of the farming operation including types of crops grown and/or livestock raised
- History of the farm – number of generations farming, etc.
- Any other details that make their story unique including community involvement, environmental initiatives, unusual hobbies, etc.
- Why they’d like to appear in the Faces of Farming calendar.
November 17, 2014 - Wellington County’s Simon Signer has been named the Ontario Forage Master for 2014.
Signer, who operates Sigview Farms Limited, near Drayton, was named at a recognition event at the Royal Agricultural Winter Fair on November 12.
He credits high quality forage as the foundation for their 47-head Brown Swiss milking herd.
The annual Ontario Forage Master competition is an annual event sponsored by PICKSEED Canada Inc.,
SGS Agri-Food Laboratories, the Royal Agricultural Winter Fair, and the Ontario Soil and Crop Improvement Association. There were over 200 entries this year representing 24 different counties and districts. Local winners are declared based on field judging of forage quality. From there, winners have the opportunity to move to the public speaking portion of the competition, staged at the provincial level.
Participants present how forages are selected, grown, harvested, stored and utilized for top production on
their farms. Judging is done by a panel of experts.
“All of our four finalists in this year’s Ontario Forage Masters competition were dairy producers that had no difficulty expressing their views on the role of forages in their cropping and feeding programs,” says Allan Mol, OSCIA President. “That made the judges decision difficult, but Simon Signer’s presentation had just a little extra polish that made him this year’s winner.”
“As a sponsor of the Ontario Forage Masters competition, SGS AgriFood Laboratories wants to congratulate Simon Signer as the successful winner,” declares Nelmy Narvaez. “It was my pleasure to serve as a judge. There were four excellent speakers from different counties, and all of them took special care to create a presentation that conveyed their experiences on the best forage management practices and the benefits forages bring to their farms. Simon was an excellent speaker providing a clear and organized presentation with techniques easily applicable and transferable. He demonstrated that the real value of forages is given by farming practices focusing on producing quality forage with proper management.”
Signer took over management of the dairy farm from his parents in 2011. “We aim for top quality forage
without sacrificing yield or plant health,” declares Signer, “Quality never lets you down.”
“Why do we go to all this trouble?” asks Signer rhetorically, “Because it makes sense, lots of cents!”
Signer now qualifies to compete in the 2015 American Forage and Grassland Council’s Forage Spokesperson Competition to be held January 2015 in St. Louis, Missouri. !The Ontario Soil and Crop Improvement Association is a grassroots farm organization committed to facilitating responsible economic management of soil, water, air and crops through development and communication of innovative farming practices.
Winnipeg, Man. - John Heard, long-time soil fertility specialist with Manitoba Agriculture, Food and Rural Development at Carmen, was recognized in December at the Manitoba Agronomist's Conference for his significant contributions to agronomy on the Canadian Prairies.
John Heard was given the Certified Crop Advisors' 2013 John Harapiak Prairie Pioneer Award during the conference, which was held at the University of Manitoba.
Heard has led soil fertility research and extension work with Manitoba Agriculture, Food and Rural Development since 1996. Previously he worked in extension in Ontario's agriculture department.
The John Harapiak award is named after the former chief agronomist and prominent researcher with Westco Fertilizers, who helped create the Certified Crop Advisors program in the mid-1990s.
Along with three brothers and a son, Smith – a pedigree forage seed producer in the Oakbank/Dugald area – farms about 3300 acres. Smith’s Honey and Seed Farm produces perennial ryegrass, meadow fescue, timothy, orchardgrass, alfalfa and birdsfoot trefoil, along with rotation crops winter wheat, spring wheat, oats, canola and soybeans.
The Smiths’ forage seed production is under contract and, typically, the length of the contract for seed varieties is three to five years. These are generally the most productive years, and if left longer, weeds become more of an issue. Smith says many of the forages tend to produce a wonderful crop the first year, a good crop the second year, but by the third year the yield drops off dramatically.
“The timothy yields fall off less than some of the other grasses,” he says. “Meadow fescue can produce a wonderful crop the first year. The second year is okay, and then it really takes a nosedive.”
Smith felt the drop in productivity might be because of his heavy clay soil. As a result, several years ago, he decided to change up his tillage system. “We decided to try tillage to rejuvenate these fields with a deep tiller that has a narrow point,” he says. “But as soon as we’d get in there, we’d start creating a field that was extremely rough with sods. We did see a slight improvement, but not anything to write home about.”
So two years ago this fall, Smith tried using a demo vertical tillage unit in the forage fields. “I went into portions of a grass field and ran around some drains [shallow ditches] that were extremely rough with ruts from the sprayer going up and down to see what would happen to the field,” explains Smith. The next year, the timothy and orchardgrass crops showed great improvement.
In spring 2012, Smith purchased a Salford 41 foot Independent 2100 vertical tillage unit. “I went out that spring and did some more passes – going up and down the field on an angle, doing part of the field and then leaving the rest,” he says. “Come harvest, in the orchardgrass field, you could see where I went up and down the drains and where I worked the one side of the field the previous fall. The crop actually produced more heads; you could see a big difference. At that point, we figured we were on to something.
“Now, we’ve gone in and harvested the crop and worked our fields in the fall after harvest – going in and working it twice with the vertical tillage unit.”
Smith admits to being new to the many benefits of using a vertical tillage unit, but is so far very impressed with the results. “I have a meadow fescue going into its third year of production and we have gone through it twice with the vertical tillage after harvest,” he says.
Most of Smith’s forage grasses are harvested relatively early – anywhere from the end of July to the end of August – and this is followed by chopping and spreading the crop residue. After about a week, when things become dry, Smith goes back in to do another pass with the vertical tillage unit. To date, he hasn’t seen any crop damage or other negative impact from vertical tillage on the grasses when it comes to over-wintering – only improvements.
Although still on a learning curve, Smith says some of the benefits of using the vertical tillage unit he has seen so far include getting more water infiltration into the soil by opening up the soil. “We’re also getting rid of some of the sod-bound conditions, possibly forcing the plants to grow some new roots.”
The biggest production issue Smith has experienced over the last two years is having very dry weather, which affects his yields. But overall, Smith says, “We think we’re on to something here, and I’d like to see other people try it too and confirm what we’re getting out of it.
“This machine works well without making a mess on the field. It’s also something we can use elsewhere on the farm with our regular cropping practices.”
Smith uses the vertical tillage unit in several of his other fields to break out the sod, effectively getting the field back into what Smith calls “a conventional cropping system.”
“It does a nice job of finishing the field off for next spring for seeding, making a really nice seed bed,” he notes. “We’ve switched to a disc drill seeding unit which doesn’t move any dirt, as we’ve found it to be very important to have a properly prepared seed bed. The vertical tillage unit works well in this area.”
Smith uses vertical tillage in his alfalfa fields in spring as well, which he says has helped in managing the previous year’s residue and in smoothing out the soil. “We’ve never baled the alfalfa,” he notes. “We chop and spread it, working it in with the tillage for residue management in the spring.
“In the grass fields, it gets rid of the trash well enough for us that we no longer need to bale any of the grass seed fields. So we’re not losing nutrients from our straw. Not baling also reduces compaction.”
Smith hopes that, by using the vertical tillage unit to maintain his forage fields, he will get three or four years of consistent production. “At this point, the stands look good. Time will tell how we do from here.”
May 21, 2013, Regina, SK - Ten students from Saskatchewan are winners of the 2013 Saskatchewan Agriculture Student Scholarship. The students from across the province will each receive a $1,000 scholarship to help pay for their agriculture-related post-secondary education.
Applicants were asked to produce a three-minute creative video or write a well-researched 750-word essay describing why agriculture, now more than ever, is a vibrant, diverse industry. They also provided letters of recommendation from a teacher, agriculture industry leader or community leader.
The winners of the scholarship are:
- Kaitlyn Polegi, Jedburgh
- Samantha McKee, Turtleford
- Bethany Harland, Frenchman Butte
- Sheldon Moellenbeck, Humboldt
- Sydney Lake, Turtleford
- Ryan Olson, Penzance
- Bailey Wilson, Tugaske
- Kenton May, Riverhurst
- Brett Bowes, Kamsack
- Jonathan Neigum, Unity
For more information on the Saskatchewan Agriculture Student Scholarship and to view the winning submissions, visit www.agriculture.gov.sk.ca/scholarship.
May 2, 2013, Regina, SK - The province of Saskatchewan and the federal government are providing funding to Saskatchewan's Youth Leadership and Mentorship Program, to the tune of $500,000.
The funding, spread out over five years, will provide support to help industry associations mentor young producers into future industry leaders,
According to Saskatchewan Agriculture, the program is designed to help young producers gain the leadership skills and provide the networking opportunities needed to become future industry leaders. No provincial program aimed at developing leadership capacity for all sectors of the agriculture industry existed until now.
Through the program, industry associations are eligible to receive up to $4,000 per mentorship, to a maximum of $20,000 per industry association. Eligible activities include travel expenses for industry events and meeting registration fees. This structured leadership and mentorship program is a new concept for the crops sector in Saskatchewan.
For more information about the Youth Leadership and Mentorship Program, visit http://www.agriculture.gov.sk.ca/GF2-LeadershipMentorship
The 2013 winners are:
- Colleen Younie – farm management extension specialist, business advisor and community leader from Morell, Prince Edward Island
- Julia James – dairy farmer, opportunistic networker and youth in agriculture leader from Harley, Ontario
- Rhonda Driediger – berry producer, marketing specialist and agriculture industry leader from Langley, British Columbia
- Sylvie Cloutier – geneticist, professor and scientific leader from Winnipeg, Manitoba
- Pierrette Desrosiers – work psychologist, speaker and coach from Saint-Herménégilde, Quebec
The winners will attend the 2013 Simmons School of Management Leadership Conference in Boston, in April. The internationally renowned conference provides a forum where women can learn from others and be inspired to achieve personal and professional goals.
The Rosemary Davis Award was created in 2005 to honour the first female FCC board chair. Rosemary Davis was a successful agribusiness owner and operator with more than 30 years of experience in the agriculture industry. Educated as an agrologist, she continually demonstrated her leadership in agriculture through innovation, creativity and a passion for the success of the industry.
To date, over 200 women – ranging from their early 20s to their mid-80s, from a variety of agriculture and agribusiness sectors – have been nominated for this award. Thirty-five Rosemary Davis Awards have been presented to outstanding women and leaders in the agricultural industry since 2005. Judging criteria include demonstrated leadership, community involvement, and making a difference in agriculture by displaying passion for the industry and a clear vision for its future. Each winner has recorded impressive achievements and taken the time to share her knowledge with others. Biographies are available at www.fccrosemarydavisaward.ca.
"The lives of countless young people in Canada have been greatly enriched over the last 100 years thanks to the dedicated 4-H leaders," said Rob Black, president of the Canadian 4-H Council. "More than 8,000 volunteer leaders give generously of their time to pass along valuable skills and self-confidence to almost 26,000 young members."
Each winner selected for the Co-operators/4-H Volunteer Leader of the Year Award receives a $100 gift and 4-H anniversary tumbler. In addition, one volunteer is recognized as the grand prize winner with a $1,000 prize, and will receive a trip to the 4-H Canada Annual General Meeting in May, 2013.
The six volunteers selected were nominated by their respective 4-H members, who were asked to give examples of how their leader has made their community a better place, and why they deserve the award.
The following leaders were awarded the 2012 Co-operators/4-H Volunteer Leader of the Year Award:
- Cheryl Johnson, Shifting Saddles 4-H Club, Salmon Arm, British Columbia
- Tim Belec, Lakedell Lighthorse 4-H Club, Westerose, Alberta
- Brad Eggink, Lincoln Dairy Calf Club, Grimsby, Ontario
- Maria Enright, Richmond 4-H Club, Richmond, Quebec – also the grand prize winner
- Sheila Fanjoy, Bridging New Waters 4-H Club, Waterford, New Brunswick
- Alfreda Farish, Millview-Vernon River 4-H Club, Vernon River, Prince Edward Island
Maria Enright of Richmond, Quebec was selected as the grand prize winner of the 2012 Co-operators/4-H Volunteer Leader of the Year Award.
Enright has been a leader for 10 years and has been responsible for initiating many programs within her 4-H club and in the community. She has taught the members to think beyond themselves and to show their thanks by giving back to their parents and community supporters. According to her club, she is dedicated, innovative and proud of the kids and the projects they are able to accomplish.
"The centennial anniversary of 4-H in Canada is also an excellent opportunity to recognize and thank the countless volunteer leaders who have inspired generations of 4-H members over the last 100 years and helped build this unique organization that 4-H Canada is today," said Black.
More information about 4-H in Canada can be found at www.4-h-canada.ca.
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