ETwater’s patented technology integrates data science, machine learning and predictive analytics about weather forecast and environmental variables to automatically, optimally adjust site-specific irrigation schedules. Connecting over the Internet, ETwater smart controllers get their schedules through secure, cellular data networks, and users are able to remotely monitor and manage controllers from any mobile or smart device.
“We’re very proud of the positive impact on outdoor water conservation we’ve had in the U.S. market and raising awareness to the necessity of irrigating in harmony with nature,” said Pat McIntyre, CEO of ETwater. “The Jain acquisition will expand ETwater efficiencies throughout the U.S. and now worldwide to become a gold standard in sustainable water management globally.”
“Jain is an early leader in the IoT for agriculture,” said Aric Olson, president of Jain Irrigation, Inc. “ETwater will improve our position in agriculture and helps us make a bigger impact in reducing water waste in landscape irrigation."
“We are thrilled to have ETwater join our family. After several successful irrigation technology acquisitions, the addition of ETwater … adds key technologies that can be deployed globally to our growing technology customer base.”
Shipping cherries overseas is a high stakes game – every container carries approximately $100,000 of fruit. International consumers are becoming increasingly picky and buyers will only accept high quality cherries at port. Growers and packers are making it a top priority to ensure cherries make the journey in top form, impressing both international buyers and consumers.
Fortunately, advances in science are making it possible to measure cherries’ quality while they are still hanging on the tree, without damaging any in the process.
A team of researchers at Agriculture and Agri-Food Canada (AAFC) in Summerland is working with mobile hand-held optical spectrometers to develop models to precisely gauge the quality of cherries, and predict their firmness and flavour after storage or shipping.
The research team
Dr. Peter Toivonen leads the Postharvest Physiology program at AAFC’s Summerland Research and Development Centre, which includes research technician Brenda Lannard and biologist Changwen Lu.
Together, they are fine-tuning models using specific commercial spectrometers to make this technology useful for Canadian cherry producers.
The team is determining the best values for fruit quality and storability for cherry varieties, including Lapins, Staccato, Sweetheart and many others that are grown commercially.
The work includes fine-tuning and expanding the use of the technology by developing specific protocols for working under a variety of conditions while ensuring consistent and meaningful readings.
The team is also working to identify any limitations to the technology before transferring it to end-users. As with other technologies, users – most likely skilled quality assurance or field service staff – will need training before putting these devices to work in the field. Working with industry to properly implement the technology will be the key to success.
What is the impact to growers?
Using hand-held spectrometers, in combination with knowledge generated from Dr. Toivonen’s research, will give cherry growers precise data on their crop’s ‘best before’ date.
“Being able to reliably measure the maturity and quality of cherries, without sacrificing any of that crop to sampling, will save hundreds of thousands of dollars a year on container shipment claims for the industry,” estimates Dr. Toivonen.
Consumers’ expectations are high and if Canadian growers can improve their reputation for consistent high quality and flavour, the industry will benefit. Growers could see a 10-20% increase on returns thanks to improved consistency in quality.
“People are doing this work in other countries. If we are not part of it, we are behind,” advises Dr. Toivonen. Luckily, his team is working to keep the industry on the leading edge and consumers happy.
A closer look at the science: Q&A with Dr. Toivonen
What are optical spectrometers?
An optical spectrometer is a scientific instrument that emits light and measures how much of that light reflects back to the instrument. You hold the device against a cherry, it shines light on the surface of the intact fruit, and it measures the amount of light of each wavelength reflected back. The reflected light depends on the chemical composition of the fruit. Spectrometers were once cumbersome pieces of equipment, suited only for laboratory use, but now they are designed specifically for use in orchards.
What is dry matter?
Dry matter is what’s left in the fruit after all the water is removed. In cherries, dry matter is equivalent to sugar content, and is a good indicator of ripeness, quality after storage and flavour.
A grower who knows the dry matter content of their cherries can determine how well that fruit will do in storage, and decide which fruit to sell immediately and which to store or ship internationally. In short, using dry matter to make decisions on storage, shipping and market selection could lead to a consistent supply of crisp and delicious cherries from Canadian growers.
How do you measure dry matter?
The ‘old fashioned way’ of measuring dry matter isn’t practical for an orchard operation. You cut fruit into thin slices, weigh it and bake it at 60oC in an oven for two to three days until all the water is removed, then weigh it again. Your sample size is limited by oven space, samples are tedious to process, and valuable time is lost waiting for results. That could mean missing the best time for harvesting and shipping your cherries.
After the team completes validation of the scientific models for commercial spectrometers, growers will have a tool that can produce instant dry matter readings on as much fruit as needed without damaging any of it.
The distributor handles fruit, vegetables and foodstuffs from 22 countries, at zero to 55 Fahrenheit temperatures, in its facility that provides retailers with wireless, real-time inventory and access.
In order to keep such continued growth on track, effective operation has required the use of rugged drive-in rack, designed to the application, according to Rob Wharry, the facility’s director of operations.
“About 150 to 200 truckloads of product move in and out of our storage everyday – about 25,000 pallets – so the drive-in rack needs to be very durable and accessible,” says Wharry. “The product has to go out quickly and efficiently to grocery stores, club stores, distribution centers, and the food service industry.”
Drive-in racks enable storing of up to 75 per cent more pallets than selective rack and are ideal for high-traffic and cooler/freezer installations. With drive-in rack, forklifts drive directly into the rack to allow storage of two or more pallets deep.
But because forklifts drive directly into the rack, they tend to take more abuse than other rack structures. In cooler and freezer applications, the rack must withstand forklift abuse due to the confined space, slick surfaces, and cold temperatures that slow driver reflexes and make impact more frequent.
“We’re in and out of rack with heavy pallets and equipment so many times a day,” says Wharry. “It’s a fact of life that sometimes forklifts will run into the rack, so it just needs to be able to stand up to the daily use.”
Looking to optimize the rack’s durability and operation, the cold chain distributor turned to Steel King Industries, a storage system and pallet rack manufacturer. In the most recent expansion, about 4,000 pallets of refrigerated storage capacity were added. For this, Manfredi Cold Storage chose SK3000 pallet rack, a bolted rack with structural channel columns.
A number of rack features are helping the distributor to meet its strength, durability, and maintenance goals.
Compared to typical racking, the pallet rack constructed of hot-rolled structural channel column with full horizontal and diagonal bracing offers greater frame strength, durability and cross-sectional area. All Grade-5 hardware provides greater shear strength, and a heavy seven-gauge wrap-around connector plate ensures a square and plumb installation with a tighter connection and greater moment resistance.
The drive-in rack also includes a number of features that enhance ease-of-use and safety.
The drive-in load rail construction includes: structural angle rails that “guide” pallets for ease of use; flared rail entry ends to allow easy bay access; space-saver low profile arms that increase clearance and decrease possible product damage; welded aisle-side load arms that eliminate hazardous load projections into aisles; welded rail stops that prevent loads from being pushed off and increase safety; and two-inch vertical adjustability of the bolted rack, which allows for a variety of configurations for current or future products.
“The heavy rub rail inside the rack helps to guide the pallets in,” says Wharry. “The flared rail entry makes it easier to put pallets in and to take them out of the upper positions.”
For extra protection and reinforcement against forklift impact, a guard on the front of the rack’s first upright was added. The double column, welded angle column protector is designed for heavy pallets and provides additional strength.
According to Wharry, the vendor was also willing to accommodate their needs in other ways as well.
“Our operation is a little different than a typical storage customer because we’re dealing with lots of different sized products, so we had a very specific design in mind,” says Wharry. “Everything is specific to our application – rack height, width, pallet loads, and how we utilize it.”
The rack openings are about 12- to 16-inches taller than a standard rack opening to allow the use of very tall pallets, he says. Additional adjustments to the rack include the specific implementation of guards, heavy rail, and how it is anchored to the floor.
With continuing growth expected, Manfredi Cold Storage is already planning to start the construction of a new facility in southern New Jersey.
“When the new facility is constructed, the racking set up will be just like what we have here,” concludes Wharry. “We’ve determined what works for us and our customers, and
Complementing the company's onsite unreserved auctions and online-only auctions through IronPlanet, Marketplace-E offers sellers increased control over price, location, and timing, while providing buyers access to more equipment available to purchase right away.
"With the launch of Marketplace-E we can now serve customers as a true one-stop shop, with a complete suite of selling solutions to meet every need," said Ravi Saligram, CEO of Ritchie Bros. "We have many customers who, for a variety of reasons, need more control over the selling price and process of their assets. With Marketplace-E they will get the control they need while still benefiting from Ritchie Bros.' marketing and expansive global buyer network."
Ravi continued, "Marketplace-E will also open up new customer opportunities for Ritchie Bros. In our quest to lead the industry in innovation; we are constantly looking for new ways to improve the asset disposition experience. Developing a sleek, user-friendly digital platform expands the options available to OEMs, dealers, brokers and end users."
How Marketplace-E works – three selling options:
- Make Offer: List equipment online and let potential buyers submit offers, then negotiate with potential buyers to reach an agreement.
- Buy Now: List equipment online at a fixed, buy-it-now price; like a basic ecommerce transaction. Once the item is purchased, the listing is closed.
- Reserve Price: An online listing with a minimum/reserve price. The item will not sell until the reserve is met. The seller minimum is protected, but the potential highest selling price is not capped.
For more information about Marketplace-E, visit ironplanet.com/Marketplace-E.
The program is ideal for all farming applications, including livestock, greenhouse and vineyards. Upgrading to a high-efficiency pump will improve performance and could save customers up to 40 per cent of their system's energy costs.
"This energy conservation program is focused on helping our agricultural customers manage their electricity and water usage all while saving money," said Cindy-Lynn Steele, vice president, Market Solutions, Hydro One. "As Ontario's largest electricity provider to farming customers, we are committed to offering a variety of energy solutions to help them save on electricity and invest in programs that will meet their important needs while delivering a positive return to their bottom line."
"This collaborative approach with IESO and Hydro One allowed us to be very innovative with this new program," says Niagara Peninsula Energy Inc. CEO and president Brian Wilkie. "We're happy to be able to cater to the agricultural sector and provide this instant rebate program on high efficiency pump sets with advanced control technology."
"Water conservation and high energy costs are a big concern for farmers in the Niagara region and across the province," said Drew Spoelstra, director for Halton, Hamilton-Wentworth, Niagara North and Niagara South, Ontario Federation of Agriculture. "The Save on Energy Conservation Program and this type of cross-utility initiative to launch the AgriPump Rebate Program is great for agriculture."
To be eligible for a rebate under the program, each kit must be between 0.5 hp and 10 hp and must comprise of a pump, motor, variable frequency drive and accessories. Customers can receive up to $610 per constant pressure pump kit. The pumps are quick and easy to install and guard against wear and tear.
The AgriPump Rebate Program is only available to agriculture customers in Hydro One and Niagara Peninsula Energy Inc. (NPEI) service territories. The instant rebate is fulfilled at the point of purchase.
To learn more and participate in the AgriPump Rebate program, visit: www.agripump.ca
As it did with Land Pride in 2017, KCL is thrilled to now be able to offer innovative, durable and high-performance Great Plains equipment to farmers across Quebec and Atlantic Canada at their local Kubota dealerships.
“Everything we’ve done over the past years has been geared towards customer satisfaction and brand loyalty,” said Bob Hickey, president of KCL. “That’s what drove us to not only expand our product line through acquisitions such as Great Plains Manufacturing, but also invest in our distribution network, so that current and potential clients could access an expanded range of high-quality products when the time came to invest in their farm equipment.”
The TerraSentia crop phenotyping robot, developed by a team of scientists at the University of Illinois, was featured at the 2018 Energy Innovation Summit Technology Showcase in National Harbor, Maryland, on March 14.
Traveling autonomously between crop rows, the robot measures the traits of individual plants using a variety of sensors, including cameras, transmitting the data in real time to the operator’s phone or laptop computer. A custom app and tablet computer that come with the robot enable the operator to steer the robot using virtual reality and GPS. For the full story, CLICK HERE.
The Honourable Wayne Easter, Member of Parliament for Malpeque, on behalf of the Honourable Navdeep Bains, Minister of Innovation, Science and Economic Development and Minister responsible for the Atlantic Canada Opportunities Agency (ACOA), today announced federal support to expand the processing facility at Thompson Potato Company.
A repayable contribution of $350,000, provided through ACOA’s Business Development Program, will help the company build a new state-of-the-art ventilated storage expansion onto its facility in Victoria, and install optical sorting equipment.
This investment builds on commitments made by the Government of Canada and the four Atlantic provinces to drive economic growth in the region through the Atlantic Growth Strategy, which supports strategic investments in initiatives that build on the region’s competitive advantages, such as its thriving agriculture industry, strong export potential, growing innovation network, and skilled workforce.
“The storage upgrades and new optical equipment are essential to our plan for long-term, sustainable growth at Thompson Potato, and we are grateful for the repayable support from ACOA that helps us to make these investments now. The latest steps give us the capacity to better serve growers across PEI, access new export markets, and expand employment opportunities with our company,” said Wayne Thompson, Thompson Potato Company Inc.
RWL Holdings Ltd. in Travellers Rest, PEI, recently received more than $400,000 from the Atlantic Canada Opportunities Agency (ACOA) and the province for food safety equipment.
The Sherlock Separator is a chemical imaging machine that uses new technology to inspect the inside of the potato without removing the peel. READ MORE
Many types of tools, equipment and devices gather data on everything from crop yields to how many steps an animal takes in a day. However, much of that data is underutilized because it’s collected by systems that don’t or can’t communicate with each other.
The need for better decision-making on farms through better data use resulted in Ontario Precision Agri-Food (OPAF), a partnership of agricultural organizations led by Ontario Agri-Food Technologies (OAFT) that’s developing an open agri-food innovation platform to connect and share data.
The goal, according to lead director Dr. Karen Hand of Precision Strategic Solutions, is getting data, wherever it exists (both data repositories in industry or government and data generated by countless sensors) so it can be used to help advance important food production issues like food safety, traceability and plant and animal disease surveillance.
For example, information about the prevalence and control of insect pests like cutworms that damage soybean crops lies with many different people and organizations, including university and government researchers, crop advisors, input suppliers and farmers.
“There is no single spot where all of the information about a particular pest can be accessed in a robust, science-based system and used in decision-making and that’s where OPAF’s platform will help,” Hand said.
Pilot projects are underway with Ontario’s grain, dairy and poultry producers to identify their needs in areas like crop protection, sustainability and food safety and how OPAF can provide data-driven solutions to benefit farmers.
“We sit down with farmers, advisors, associations, government and researchers to find out what data they have, where they exist and if we were able to connect them, what value or benefit that would offer participants – either specific to the commodity they are producing or on larger food-related issues such as food safety or impact on trade,” she explains.
And OPAF’s efforts are gaining global recognition. Earlier this year, Internet of Food and Farm 2020, a large project in the European Union exploring the potential of IOT technologies of European food and farming, recognized OPAF as one of three global projects to collaborate with.
“This is going to be changing the face of data enablement in Canada and contributing globally,” said Tyler Whale of Ontario Agri-Food Technologies (OAFT). “We are creating a platform that is the base of something new, and although we are piloting this in Ontario, it will be available nationwide to those who want to use it.”
OPAF partners include OAFT, University of Guelph, University of Waterloo, Niagara College, Vineland Research and Innovation Centre, Livestock Research Innovation Corporation, Ontario Fruit and Vegetable Growers Association, Grain Farmers of Ontario, Ontario Federation of Agriculture, Farm Credit Canada, Ontario Agri-Business Association, Bioindustrial Innovation Canada, and Golden Horseshoe Farm and Food Alliance.
This project was funded by Growing Forward 2, a federal-provincial-territorial initiative. The Agricultural Adaptation Council assists with GF2 delivery in Ontario.
The need for robotic weeders stems from two issues: a lack of herbicides available for use in specialty crops, and the fact that hand-weeding has become more and more expensive. Without pesticides, growers have had to hire people to hand-weed vast fields.
Hand-weeding is slow and increasingly expensive: it can cost between $150 and $300 per acre. That motivates some growers to look to robotic weeders.
“I’ve been working with robotic weeders for about 10 years now, and the technology is really just starting to come into commercial use,” Fennimore says. “It’s really an economic incentive to consider them.”
Fennimore works with university scientists and companies to engineer and test the weeders. The weeders utilize tiny blades that pop in and out to uproot weeds without damaging crops. He says that although the technology isn’t perfect, it’s getting better and better.
The weeders are programmed to recognize a pattern and can tell the difference between a plant and the soil. However, they currently have trouble telling the difference between a weed and a crop.
That said, Fennimore explains how some companies are training the machines to tell a lettuce plant from a weed. He’s also working with university engineers on a system to tag the crop plant so the weeders will avoid it.
“The problem with the machines right now is that they are version 1.0, and there’s tremendous room for improvement,” he says. “The inability to be able to tell the difference between a weed and a crop requires the grower to be very exact when using them. The rows have to be a little straighter, cleaner, and more consistent because the machines aren’t that sophisticated yet. The robots don’t like surprises.”
The robotic weeders currently on the market cost anywhere between $120,000 and $175,000. For some growers, it is a better long-term option than expensive hand-weeding. Others think it’s a lot of money for a new technology, and are waiting for it to get better and cheaper.
Fennimore believes robotic weeders are the future of weeding in specialty crops. Because of higher labour costs and more incentives to grow organically with fewer pesticides, European growers have been using robotic weeders for some time.
Fennimore is focusing his work on physical control of weeds because it offers the best option. He’s also started working in crops besides lettuce, such as tomatoes and onions. He adds that each crop will require a different system.
“I believe what makes the robotic weeders better than herbicides is that this electronic-based technology is very flexible and can be updated easily,” he says. “We all update our phones and computers constantly, which is a sign of a robust and flexible technology.”
Fennimore recently presented his research at the annual meeting of the American Society of Agronomy, Crop Science Society of America, and Soil Science Society of America in Tampa, FL.
A repayable contribution of $155,141 – provided through ACOA’s Business Development Program – will help Green Meadows purchase and install new automated sorting and bagging equipment at its Morell farm. The technology upgrades will improve efficiency and productivity at the operation.
“At Green Meadow Farms, we are continuously looking for ways to update our operation to compete in the global marketplace,” said Anneke Polstra, one of the founders of Green Meadow Farms Inc. “With this repayable contribution from ACOA, we are able to invest in new packaging technology that will support the work of our staff and help us keep up with growing industry demand.”
Green Meadow Farms Inc. was established in 1993 by Anneke and Reitze Polstra, and is now managed by brothers, Terry and Thys Polstra. The 2,000 acre farm has more than 1,000 acres of potatoes and grain in production with up to 14 full-time and part-time employees.
“Nearly 25 years ago, the Polstra family moved to the Island and began a successful farm operation,” said Minister of Agriculture Lawrence MacAulay. “Hard work and a continued commitment to updating the technology in their processing facility has allowed them to remain competitive and to create employment in rural P.E.I. I applaud their successes and am pleased to show support for this latest investment.”
The trial was conducted near Parrsborough, NS, in low bush blueberries with the Wild Blueberry Research Program at Dalhousie University. The trial utilized BVT's newly developed honeybee system, consisting of a honeybee hive outfitted with dispenser technology through which BVT's proprietary plant beneficial microbe, BVT-CR7, can be delivered to crops. The trial was designed to determine the effectiveness of the BVT technology in controlling Botrytis blight (gray mold) and Monilinia blight (mummy berry), two common and devastating diseases affecting blueberry crops across North America, compared to untreated control and current chemicals standards. The trial also examined increases in productivity of the crop measured by marketable yield.
"Our yields went up quite substantially when we used the BVT system, whether alone or in combination with chemical fungicides, but they didn't go up where we used the fungicide alone," said Dr. David Percival, blueberry research program director and professor at Dalhousie University in Nova Scotia. "I was really surprised by the first results. I went back and double-checked the raw yield data, then the spreadsheet to make sure the statistical program was correct. The results indicate the potential for floral blight disease control and increased berry yields with the use of BVT technology. Future work will allow us to fine tune the use recommendations."
“These are excellent results once again for the company and firmly establishes another major market opportunity,” said Ashish Malik, CEO of BVT. “Notably, this was the first time we tested our honeybee delivery system in a replicated R&D study, and we got great results. Having a proven system that works with honey bees alongside our first system designed to work with commercial bumble bee hives allows us to reach a far wider market and gives us options to deliver solutions for growers based on the specific needs for their crops."
Blueberries are a high-value crop, fetching as much as US $18,000 in revenue per acre in certain regions. There are almost 300,000 acres of blueberries cultivated in the US and Canada with total farm gate value of US $ 1.1 billion. Blueberry production in North America represents 54 per cent of the worldwide cultivation of the crop with key growing regions including the Atlantic provinces and British Columbia in Canada, Washington, Oregon, Georgia, Michigan, California, North Carolina, New Jersey, and Florida in the U.S.
UI Extension irrigation specialist Howard Neibling and his Washington State University counterpart, Troy Peters, worked in conjunction with Bonneville Power to develop the first pivot using low-elevation sprinkler application in 2013.
LESA sprays water in a flat pattern from low-pressure nozzles dangling about a foot above the ground — low enough to pass beneath the crop canopy and eliminate drift without excessive runoff. READ MORE
The Bradford Co-op, the Fresh Vegetable Growers of Ontario and individual vegetable growers in the Holland Marsh are collaborating on a project with the University of Guelph to test innovative technologies that will make their Integrated Pest Management (IPM) programs for key crops like onions and carrots more efficient and cost effective.
“We work together with industry partners and growers to fund and collaborate on our IPM programs in the Marsh,” explains Matt Sheppard, Bradford Co-op general manager. “There is tremendous value in early detection and this project is helping us identify issues in real time so we can provide the correct advice and solutions to growers.”
Weekly photos are taken of the vegetable fields in the marsh using an octocopter drone. Lead researcher Mary Ruth McDonald and her team at the University of Guelph’s Muck Crops Research Station run the IPM program and use the images for early detection of diseases and insects so growers can take appropriate measures to protect their crop and prevent or minimize damage.
Downy mildew, which causes lower yields and decreased storability, is the most damaging disease for onions in the area; Stemphylium leaf blight is also a significant concern.
“The technology we are able to access through this project makes our crop scouting program more effective and lets growers be proactive instead of reactive when it comes to crop protection,” explains Sheppard. “It’s very quick for a grower to have a problem area identified early and then decide how to treat it correctly to keep the crop healthy.”
Using information generated from the aerial images to prevent or minimize problems means less and more targeted use of crop protection materials, resulting in immediate savings of $5,000 to $50,000 per grower depending on the crop and the size of the farm.
More importantly, though, use of the technology ultimately ensures growers can keep supplying the market with quality produce and consumers have access to locally grown vegetables.
The marsh’s unique soils mean growers in the area have to work together to find solutions for their crop challenges, says Sheppard, adding that funding from Growing Forward 2 has been instrumental in bringing the collaboration together.
“Muck soil like ours doesn’t exist in other areas so we have to be self-sufficient and proactive to find solutions,” he says. “The technology is expensive so it’s something we wouldn’t be able to initiate on our own, but the investment with GF2 has allowed us to access the funds to make it happen.”
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Ontario Harvest GalaThu Nov 01, 2018
Fall Harvest Mon Nov 05, 2018
Ontario Processing Vegetable Growers - District meeting Tue Nov 06, 2018
Potato Growers of Alberta Annual General MeetingTue Nov 13, 2018 @ 8:00am - 05:00pm