2024 SEED GUIDE
2 A NEW LOOK with an Exciting Future As farmers, our success begins with the right seed. It’s arguably the most important decision made on the farm. Maizex Seeds was founded with this in mind by Canadian farmers like you. Through our joint venture in 2018 with farmer-owned Sollio Agriculture, our tradition of performance and customer support was strengthened and ensured our continued focus on the unique needs of Canadian growers.
3 We understand the headwinds faced by farmers, brought on by Mother Nature, global uncertainty in commodity markets, and political instability in strategically important agricultural regions. To overcome these challenges, we must become more efficient and adaptable to continue to feed the world in a sustainable way. Part of that equation is our commitment to providing a stable and high-performing product portfolio, allowing our customers to maximize their yield potential field by field. To provide consistency and efficiency in support of this commitment, we are nationalizing our corn and soybean efforts under the Maizex brand this year. As part of this transition, we have evolved our look with a new colour scheme, while the underlying logo and mission remain unchanged. The symbol of our stylized ‘M’ is a representation of the wave of a crop canopy, with each part of the wave representing farmer success with Maizex field by field, while the enveloping circle brings together our corn and soybean products under one brand, through a team that is focused on your success. When you choose to plant Maizex, you are investing in Canadian agriculture, and you can trust that you are getting carefully selected and rigorously tested seed for your farm. We recognize and appreciate the trust and commitment you are making in choosing Maizex seed. Thank you for your support, and best wishes from our farms to yours for the upcoming season.
Our Team Our commitment to performance starts with our team. Throughout our organization, from those who are customer-facing to our production, administration, and research teams, our focus is on your success field by field. Maizex Management Territory Managers Western & Central Ontario Maritimes Eastern Ontario & Quebec 4 Blake Ashton General Manager (519) 359-4858 Blake.Ashton@maizex.com Chuck Belanger Southwestern Ontario (519) 401-0715 Chuck.Belanger@maizex.com Twitter: @sprayman63 Klay Ansems Maritimes (902) 680-6995 Klay.Ansems@maizex.com Leigh Hudson-Templeton East Ontario Kingston to Cornwall (613) 408-7212 Leigh.Hudson@maizex.com Twitter: @lhudson89 Stephen Denys Director of Market & Product Development (519) 358-3370 Stephen.Denys@maizex.com Twitter: @stevedenys Kirk Van Will Southcentral Ontario North (519) 899-3255 Kirk.VanWill@maizex.com Twitter: @KirkVanWill Steve Letendre North and East Quebec (819) 313-9106 Steve.Letendre@maizex.com Twitter: @SteveLetendre1 Shane Jantzi National Sales Manager (519) 778-7715 Shane.Jantzi@maizex.com Twitter: @shanejantzi Agronomy Support Adam Parker Market Development Agronomist & Forages (226) 820-6280 Adam.Parker@maizex.com Henry Prinzen Market Development Agronomist (226) 747-6213 Henry.Prinzen@maizex.com Twitter: @HenryPrinzen Pascal Larose, Agr. Quebec (450) 779-5383 Pascal.Larose@sollio.ag Stéphane Larose Eastern Quebec (514) 606-1720 Stephane.Larose@maizex.com Twitter: @StphaneLarose Philippe Defoy, Agr. Regional Manager, Eastern Ontario, Quebec & the Maritimes (819) 531-8737 Philippe.Defoy@maizex.com Bryce Ruppert Western Ontario Southeast (519) 403-4462 Bryce.Ruppert@maizex.com Shawn Winter Product Development Manager – Corn (519) 809-0078 Shawn.Winter@maizex.com Twitter: @SWinter_Maiz Chadd Taylor Central Ontario to Kingston (705) 395-1720 Chadd.Taylor@maizex.com Twitter: @ChaddTaylor1 Laura Johnston Southcentral Ontario South (519) 476-2482 Laura.Johnston@maizex.com Twitter: lmjohnston8 Jeremy Visser Product Development Manager – Soybeans (519) 359-8428 Jeremy.Visser@maizex.com Karen Dunlop Marketing Manager (519) 359-3048 Karen.Dunlop@maizex.com Dave Baute President Twitter: beinov8er
5 Product Listings Grain Corn . . . . . . . . . . . . . . . 12 Silage Corn. . . . . . . . . . . . . . . 26 Soybeans . . . . . . . . . . . . . . . 38 Forages. . . . . . . . . . . . . . . . 44 Maizex Seeds Inc. 4488 Mint Line Tilbury, Ontario N0P 2L0 (877) 682-1720 | info@maizex.com | maizex.com
6 Field by Field
Seed Treatment Testing Soil Type Response Nitrogen Response Fungicide Response Nitrogen Application Timing Macro- and Micro-Nutrient Response Planting Depth Germ and Vigour Population Response Emergence Disease Tolerance Standability Yield Grain and Silage Quality Test and Kernel Weight Environmental Response Agronomy & Product Research Our research and testing cover the full spectrum of factors considered by farmers in not only their seed but also their field management decisions. This helps us position the best products field by field for your farm. One Brand Performance in corn and soybeans now driven through one strong Maizex brand. 100% True North Owned by Canadian farmers; focused on Canadian farmers. Farm Roots Our professional sales agronomists and agronomy support team relate directly to our product line through their personal experience and direct connection to the farm. Agronomy First Robust research with the goal of helping you maximize yields, including N response, fungicide response seed treatments, seed-based traits, and soil-type performance. Second to None Seed quality is derived through innovative practices and an attention to detail to minimize handling and maximize performance. Over 50,000 Plots Across the country to test for yield and agronomic performance in corn and soybeans. Global Germplasm Accessed and developed from the best sources around the world to match our needs in Canada. Only the Best Tech Seed-based traits and treatments tested and utilized to preserve and enhance yield potential. Canadian Harvests Our seed corn is grown in Southern Ontario, one of the most productive seed corn regions in the world; our soybeans are produced in regions across the country by Canadian famers focused on quality. 7
Maizex Corn Hybrids Corn is where Maizex started, both with performance hybrids and as an early innovator in seed processing. We were the first seed corn company in Canada to process and market refuge-in-the-bag (RIB) seed options for farmers, and we are continually innovating in our current production and research efforts to commercialize best-in-class genetics tailored for the Canadian farm, whether in grain, silage, or grazing corn. Our hybrids are created from world-class germplasm matched with the latest advancements in trait and seed treatment technologies. In short, Maizex hybrids are designed to help Canadian farmers achieve higher yields through base yield and improved agronomic performance. Traits Features Positioning The standard on the market today with above- and belowground insect protection. First choice for yield performance, especially on corn-on-corn acres.* The trusted benefits of SmartStax® Technology intertwined with new RNAi-based mode of action offers exceptional crop protection. This product is the first with three modes of action, offering the strongest biotech defense against corn rootworm. First choice for yield performance, especially on corn-on-corn acres.* Broad-spectrum above-ground insect control, including Western Bean Cutworm. Now approved for importation into the EU. No grain channeling required. Rotated ground with high risk of Western Bean Cutworm activity. Dual modes of action for above-ground insects. Rotated ground and second-year corn as part of an integrated rootworm strategy. Features a unique mode of action that controls corn rootworm differently than other traits on the market and acts as an excellent foundation for an effective corn rootworm control strategy. Excellent choice for yield performance and corn rootworm control, including corn-on-corn situations.* Combines yield with Roundup Ready® weed control flexibility. Rotated ground with no insect pressure. CONV Selected for yield potential and natural plant health. Ideal for non-GMO opportunities. *Talk to your Maizex Seeds dealer about resistance-management strategies for corn rootworm traits. Trait Technologies Maizex sources the best-available traits from global providers to meet the needs of our customers based on the specific insect, disease, and weed spectrums experienced across the different growing regions of Canada. 8
ABOVE GROUND PROTECTION AGAINST BELOW GROUND PROTECTION AGAINST Corn Borer Corn Earworm Black Cutworm Armyworm Corn Rootworm Western Bean Cutworm Herbicide Tolerances Refuge Roundup Ready® LibertyLink® 5% RIB Roundup Ready® LibertyLink® 5% RIB Roundup® Ready 5% RIB Roundup® Ready 5% RIB Glyphosate Tolerant 5% E-Z Refuge® Roundup® Ready 9 Helping You Make Hybrid Decisions Companion Hybrids Invariably, farmers ask for the highest yielding hybrids in a maturity. This provides a starting point for hybrid selection, but to achieve overall success, we recommend planting companion hybrids of higher or lower maturity to minimize your flowering and harvest risk, that perform well in tougher soil conditions, or that better match the pest situation in specific fields, such as where planting corn on corn. Companion hybrids can also be in the same maturity but from a different germplasm pool to help spread production risk. Our charts identify companion hybrids as being either offensive or defensive: • An offensive hybrid is one that can achieve maximum yield potential under good-to-ideal conditions, including higher fertility, higher populations, and on ideal soil types. • A defensive hybrid may provide more consistent performance in less-than-ideal conditions, such as on very light or very heavy soil types or in low-fertility situations. North & South of Zone: Why Spread Maturity Ranges? There are a few reasons why you might choose to plant a hybrid outside your typical maturity range. One is harvest timing for either a later harvest or to allow for an earlier start. Sometimes, you may simply want to experiment with planting hybrids outside of your typical maturity range to experiment and take advantage of new genetics or traits that can improve yields or resilience. Many farmers are looking to mitigate risk. The old rule of thumb is to plant 20% shorter, 60% within the right range, and 20% longer. This can vary by location, and there is some risk. For example, planting a hybrid with a longer maturity date may increase the risk of frost damage in cooler climates, while a shorter maturity date may decrease yield potential in areas with longer growing seasons. Consider your climate, soil conditions, and other factors before establishing the maturity spectrum for your farm. Your Maizex dealer can provide support in developing a field-by-field strategy with you.
10 Above or Below? There are different types of traits bred into corn to help protect plants from various types of insects and diseases. Some traits help protect the above-ground parts of the corn plant (the leaves and stalk) from insects and diseases by producing certain proteins that are toxic to specific insects, such as corn borer or armyworm. Other hybrids may have thicker or waxier leaves that are more resistant to damage from environmental stresses. This includes hybrids with natural tolerances to anthracnose as an example. Below-ground protection, on the other hand, refers to traits that help protect the roots from insects that can affect the corn plant. For example, some hybrids have specific traits in them that produce proteins to protect the plant from corn rootworm. Other hybrids may have deeper or more extensive root systems that help the plant better access nutrients and water in the soil. While both above- and below-ground protection can be important in maximizing yield and minimizing damage in corn crops, they target different types of insects and may require different management strategies. For example, above-ground insects like corn borer can be managed with insecticides or resistant hybrids, while soil-borne insects, such as corn rootworm, may require traits or different crop rotation or seed treatment strategies. Our product line offers hybrids with different above- and below-ground options to meet specific needs. By carefully selecting and managing corn hybrids with the right combination of protection traits, farmers can maximize their yields and profits while minimizing the use of pesticides and other inputs. CHU to 50% Silk This refers to the timing of pollination for the corn plant, which has male and female reproductive organs. The male part is the tassel that produces pollen, while the female part is the ear. Crop Heat Units (CHU) to 50% Silk represents the accumulation of heat based on daily minimum and maximum temperatures for a hybrid to develop 50% of plants with exposed silk. This timing, either in days maturity (RM) or CHU, provides the most consistent means of expressing corn maturity between hybrids. T:8.5" B:8.75" SmartStax® PROwith RNAi Technology offers the strongest biotech defense* against corn rootworm pressure while still providing protection against above-ground pests and tolerance to glyphosate and glufosinate herbicide applications. * TRAITS.BAYER.CA COMING SOON *Source: 2021 & 2022 Eastern Canada Market Development, 9 locations: Tavistock ON(21,22), St. Barbe QC(21,22), St. Hugues QC(21,22), Rodney ON (21,22), Brussels (21). Treatment means are significantly different at P<0.05. Your results may vary according to agronomic, environmental and pest variables.
Seed Treatments A critical tool for most farmers in ensuring early-season seedling survival and growth, seed treatments protect your genetic investment. They are insurance against soil-borne insects and diseases that can take away yield even before the plant emerges in the spring. Maizex offers a variety of seed treatments to match your field situation, from untreated seed to fully treated seed with both insecticide and a full range of fungicides to control tough soil-borne diseases. The Advantage Mother Nature rarely produces the exact same seed size from one year to the next in a seed corn crop. With the investment made today in precision planting systems, Maizex understands the need to fine-tune planters to deliver the best singulation and uniformity possible. We test different seed sizes for all key hybrids to recommend air pressure or brush settings to achieve the best singulation for the seed grade you are planting. Ask your local Maizex dealer for our annually updated SeedRight recommendations. Options Untreated Option for organic production. Fungicide Only Fungicide + Insecticide Fortenza® Vibrance® Cinco The diamide insecticide Fortenza® provides critical early-season protection with control of European chafer, wireworm, and cutworm. When mixed with the fungicide Vibrance® Cinco, the result is a comprehensive solution with added control of seed- and soil-borne pathogens, such as Pythium, Rhizoctonia, and Fusarium, as well as weakly pathogenic fungi such as Aspergillus and Penicillium. Lumiante™ Lumiante™ fungicide seed treatment provides enhanced protection against Pythium, is effective at low application rates, and offers balanced translocation to protect plants. Stamina Stamina fungicide seed treatment delivers effective protection against seed rot caused by Rhizoctonia solani, resulting in more consistent and uniform emergence for maximum yield potential. Seedling vigour is increased both above and below ground, including under colder than normal soil conditions, with an enhanced ability to withstand minor environmental stress. 11
Hybrid CHU RM CHU to 50% Silk Silking RM Characteristics Companions RIB MZ 1200DBR 2050 72 1277 73 • One of the earliest hybrids in Canada with insect protection • Excellent seedling vigour for early stand establishment • Strong test weight and grain quality O = MZ 1340DBR D = MZ 1231DBR RIB NEW MZ 1231DBR 2050 72 1280 73 • Elevated yield performance • Excellent fall intactness promotes efficient harvest • Strong stay-green with open husk at harvest O = MZ 1340DBR D = MZ 1200DBR RIB E44H12 R 2100 74 1302 74 • Excellent grain quality and test weight • Excellent stalks and roots • Stable across environments O = MZ 1340DBR D = MZ 1200DBR RIB MZ 1340DBR 2150 73 1250 73 • Ultra-early flowering • Excellent grain quality and test weight • Open husk aids grain drydown O = MZ 1544DBR D = MZ 1397DBR RIB NEW MZ 1397DBR 2150 73 1270 74 • Sets grain early for risk management • Excellent fall intactness promotes efficient harvest • Strong stay-green with open husk at harvest O = MZ 1544DBR D = MZ 1688DBR 12 Grain Corn Hybrids Legend Numerical ratings (1 – 9): 1 = very poor; 9 = excellent; UR = unrated Companions: O = hybrid with offensive traits; D = hybrid with defensive traits Response to intensive management: “Intensive management” denotes additional plant population (i.e. +5,000 ppa), nitrogen (i.e. +50 lbs N/acre), and with fungicide applications at VT (tassel stage); this was generally compared to a standard management package that had inputs in the range of 30,000 – 32,000 ppa, 135 – 170 lbs N/acre, and no foliar fungicide applications. The numerical ratings in this category are scored from 0 – 10, where 0 = no response, 10 = a very large response, and UR = unrated. Geography: Provides positioning if moving from stated maturity range. North of zone denotes moving to earlier maturity area so has characteristics such as early flowering. South of zone denotes moving to later maturity area with characteristics such as good standability if pushed later. Final seeding population: Population in 000s ppa that is the ideal target for this hybrid. Where conditions are less favourable, move to the lower range of the population recommendations. Plant height: S = short; M = medium; T = tall Disease ratings: NCLB = Northern Corn Leaf Blight; ANTH = Anthracnose
Management Disease Ratings Agronomic Ratings Positioning Response to Intensive Management Geography Final Seeding Population Seedling Vigour Plant Height # Kernel Rows Stalk Strength Plant Health Grain Drydown Test Weight NCLB ANTH • Responds to increased population • Ideal for dual-purpose option 4 Moves north of zone 32-34 9 M 12-14 8 8 9 9 8 7 • Predicted below-average response to intensive management • Excellent stability across environments UR Moves north of zone 32-34 9 S-M 14-16 8 8 9 8 8 9 • Below-average response to increased population • Average response to intensive management • Excellent dual-purpose option 5 Moves north of zone 34-36 9 M 14-16 9 8 8 9 8 7 • Above-average response to increased population • Above-average response to intensive management • Position for timely harvest 7 Moves north of zone 34-36 9 S-M 12-14 7 8 8 9 6 7 • Predicted response to increased population • Predicted average response to intensive management package UR Moves north of zone 34-36 8 M 16-18 8 8 9 9 8 6 Maizex offers a full portfolio of hybrids that feature outstanding yield potential and agronomic performance for maturities across Canada. This includes a full range of options from conventional to multiple-trait modes of action to protect and enhance your yield potential. Our robust testing and product development program incorporates field variability and intensive management studies to provide additional insight into how best to position Maizex hybrids field by field on your farm.
Hybrid CHU RM CHU to 50% Silk Silking RM Characteristics Companions CONV MZ 154 2250 75 1301 75 • Rapid grain drydown • Strong stalks facilitate harvest ease • Strong disease package RIB MZ 1544DBR 2250 75 1301 75 • Excellent disease package promotes yield • Strong agronomics for harvest ease • Versatile placement north and south of zone O = E49K32 R D = MZ 1688DBR RIB MZ 1688DBR 2300 76 1323 77 • Rapid grain drydown • Industry-leading plant health • Extended stay-green for added yield O = E49K32 R D = MZ 1544DBR RIB E49K32 R 2300 79 1335 78 • Impressive late-season plant health • Industry-leading yield • Strong agronomics O = MZ 1688DBR D = E52V92 R RIB E52V92 R 2450 82 1374 80 • Excellent grain quality and test weight • Outstanding agronomics • Early flowering O = E49K32 R O = E53G52 R RIB MZ 2266DBR 2450 82 1353 79 • Strong agronomics with top-end yield • Early-flowering hybrid with open husks to aid drydown • Excellent grain quality with high test weight O = E49K32R D = E52V92 R RIB NEW MZ 2344DBR 2500 83 1330 78 • Yield-leading performance across environments • Superior grain quality and test weight • Excellent stress tolerance O = MZ 2266DBR D = MZ 2452DUR X-Series CONV MZ 248X 2550 84 1515 86 • Reliable performance • Impressive stalk strength • High kernel mass O = MZ 305X 14 Grain Corn Hybrids
Management Disease Ratings Agronomic Ratings Positioning Response to Intensive Management Geography Final Seeding Population Seedling Vigour Plant Height # Kernel Rows Stalk Strength Plant Health Grain Drydown Test Weight NCLB ANTH • Predicted below-average response to intensive management • Excellent stability across environments UR Moves north and south of zone 32-34 8 S-M 14-16 9 9 8 8 8 7 • Below-average response to intensive management • Excellent stability across environments 2 Moves north and south of zone 32-34 8 S-M 14-16 9 9 8 8 8 7 • Average response to fungicide • Above-average response to population • Excellent dual-purpose option 5 Moves north and south of zone 34-36 9 T 16-18 9 9 8 8 8 7 • Moderate response to population • Favourable response to fungicide and additional nitrogen • Excels in high-yield environments 8 Moves south of zone 32-34 8 M 16-18 9 8 8 8 8 UR • Above-average response to population • Excels in variable soils • Excellent dual-purpose option 7 Moves north of zone 34-36 8 T 14-16 9 8 8 9 8 6 • Responds to increased population • Reserve highest populations for high-yielding fields 5 Moves north of zone 34-36 9 M 14-16 8 8 8 9 8 8 • Predicted moderate response to population • Ideal for delayed harvest • Predicted favourable response to fungicides UR Moves south of zone 32-34 8 T 18-20 9 8 9 9 7 8 • Favourable response to fungicide • Less response to increased population • Ideal for delayed harvest UR Moves south of zone 30-32 8 T 16-18 9 8 8 7 7 7
Hybrid CHU RM CHU to 50% Silk Silking RM Characteristics Companions E-Z Refuge MZ 2452DUR 2550 84 1470 84 • Blocky ears with great grain quality • Position on corn-after-corn fields • Impressive seedling vigour for stand establishment O = MZ 2699DBR D = MZ 2780SMX CONV MZ 269 2600 86 1515 85 • Early flowering promotes movement north of zone • Excels in variable-yield environments • Impressive vigour for rapid stand establishment O = MZ 248X D = MZ 314 RIB MZ 2699DBR 2600 86 1515 85 • Leading yield potential • Exceptional stress tolerance • Impressive vigour for rapid stand establishment O = MZ 2982DBR D = MZ 2780SMX RIB MZ 2711DBR 2650 87 1530 86 • Stable performance across yield environments • Strong stalks and roots • Open husk aids grain drydown O = MZ 2699DBR D = MZ 2780SMX RIB NEW MZ 2780SMX 2650 87 1545 87 • Attractive fall appearance with very open husk • Ear girth combined with open husk • Excellent stress tolerance and plant intactness O = MZ 2699DBR D = MZ 2711DBR RIB MZ 2982DBR 2700 89 1552 89 • Powerful seedling vigour for tough conditions • Leading top-end yields • Rapid grain drydown O = MZ 3117DBR D = MZ 2699DBR X-Series CONV MZ 305X 2700 90 1534 89 • Impressive girthy ear with deep kernels • Excellent stay-green • Outstanding seedling vigour O = MZ 269 D = MZ 314 RIB MZ 3120SMX 2750 91 1610 93 • Powerful seedling vigour for tough conditions • Top corn-on-corn performance • Rapid grain drydown O = MZ 3117DBR D = MZ 3314SMX 16 Grain Corn Hybrids
Management Disease Ratings Agronomic Ratings Positioning Response to Intensive Management Geography Final Seeding Population Seedling Vigour Plant Height # Kernel Rows Stalk Strength Plant Health Grain Drydown Test Weight NCLB ANTH • Above-average response to intensive management • Position for early harvest • Excels in variable-yield environments • Ideal for dual purpose 7 Moves north of zone 32-34 9 M-T 18-20 8 8 9 8 8 7 • Excels in variable-yield environments • Above-average responses to population and management UR Moves north and south of zone 32-34 9 M-T 18-20 9 8 8 8 7 7 • Excels in variable-yield environments • Above-average responses to population and management 6 Moves north and south of zone 32-34 9 M-T 18-20 9 8 8 8 7 7 • Above-average response to population • Above-average responses to fungicide and intensive management 7 Moves north and south of zone 34-36 8 M 16-18 9 8 9 8 8 7 • Predicted response to increased population • Likely responds to fungicides • Excellent in corn-on-corn management UR Moves north of zone 34-36 8 M 16-18 9 8 9 9 8 9 • Excels in high-yield environments • Average yield response to fungicide but improves late-season intactness 7 Position in zone 30-34 9 S-M 18-20 8 8 9 8 7 6 • Favourable response to fungicide • Less response to increased population UR Moves north of zone 30-32 9 M 18-20 7 8 8 8 8 UR • Excels in high-yield environments • Average yield response to fungicide but improves late-season intactness 6 Position in zone 30-32 9 M 18-20 8 8 9 8 7 6
Hybrid CHU RM CHU to 50% Silk Silking RM Characteristics Companions RIB MZ 3117DBR 2750 91 1575 92 • Hybrid with proven top-end yield • Strong stalks for flexible harvest • Uniform ear size down the row O = MZ 2982DBR D = MZ 3314SMX CONV MZ 314 2750 91 1575 92 • Top-end yield potential • Allows flexible harvest timing • Consistent ear size across plants O = MZ 369 D = MZ 269 E63D17 R 2775 93 1620 94 • Solid agronomics for flexible harvest • Durable disease tolerance • Defensive performance O = MZ 3505DBR D = MZ 3117DBR RIB MZ 3397SMX 2775 93 1622 94 • Proven multi-year stability • Excellent stress tolerance • Allows for a flexible harvest O = MZ 3505DBR D = MZ 3314SMX RIB MZ 3314SMX 2775 93 1622 94 • Impressive stay-green and plant health • Compact plants with strong stalks • Broadly adapted for flexible positioning O = MZ 3505DBR D = MZ 3117DBR RIB MZ 3505DBR 2850 95 1632 96 • Excellent late-season plant health • Open husks aid grain drydown • Next-level yield potential O = MZ 3528DBR D = MZ 3818DBR RIB NEW MZ 3528DBR 2850 95 1600 94 • Strong seedling vigour establishes stands quickly • Impressive fall intactness promotes ease of harvest • Leading leaf- and ear-disease tolerance protects yield potential O = MZ 3505DBR D = MZ 3818DBR X-Series CONV MZ 369 2875 96 1632 96 • Strong agronomics with top-end yield • Exceptional stalk strength for flexible harvest • Excellent disease tolerance O = MZ 314 D = MZ 397 18 Grain Corn Hybrids
Management Disease Ratings Agronomic Ratings Positioning Response to Intensive Management Geography Final Seeding Population Seedling Vigour Plant Height # Kernel Rows Stalk Strength Plant Health Grain Drydown Test Weight NCLB ANTH • Average response to fungicide alone • Above-average response to intensive management • Excels in moderate- to high-yield environments 6 Moves south of zone 32-34 9 M 18-20 9 9 9 8 8 7 • Allows for a flexible harvest • Excellent dual-purpose hybrid • Ideal for variable-yield environments UR Moves north of zone 32-34 9 T 16-18 9 9 8 7 7 UR • Excels in variable-yield environments • Allows for flexible harvest UR Moves south of zone 34-36 9 T 16-18 9 8 9 9 7 - • Average response to fungicide • Above-average response to intensive management • Excellent in corn-on-corn management 8 Moves north and south of zone 34-36 9 T 16-18 9 9 8 8 7 6 • Excels in variable-yield environments • Less likely to respond to fungicides 4 Moves north and south of zone 32-34 9 M 16-18 9 9 8 8 8 8 • Average response to fungicide • Match population to yield environment • Ideal for delayed harvest • Dual-purpose option 5 Moves north of zone 30-34 9 T 16-18 9 9 9 8 8 8 • Predicted above-average response to increased population • Predicted average response to fungicide • Dual-purpose option UR Moves north of zone 34-36 9 T 16-18 9 8 8 8 9 8 • Moderate response to fungicide • Excels in variable-yield environments • Ideal for delayed harvest UR Moves south of zone 32-36 9 M-T 16-18 9 9 8 8 8 7
Hybrid CHU RM CHU to 50% Silk Silking RM Characteristics Companions RIB MZ 3818DBR 2925 98 1698 99 • Dependable yield across diverse environments • Durable disease tolerance • Excellent fall intactness O = MZ 3505DBR D = MZ 3930DBR RIB MZ 3930DBR 2950 99 1698 99 • Open husks promote rapid drydown • Strong late-season intactness • Next-level yield potential O = MZ 4049SMX D = MZ 3818DBR RIB MZ 3877SMX 2925 98 1723 100 • Excellent grain-filling performance • Open husks allow fast grain drydown • Moves north and south of zone well O = MZ 4049SMX D = MZ 3818DBR CONV MZ 397 2950 99 1660 100 • Closely related to hybrids with proven performance • Solid stress tolerance • Open husk for rapid drydown O = MZ 369 D = MZ 314 RIB NEW MZ 4026SSP 2950 100 1700 101 • Most advanced corn rootworm control • Strong seedling vigour establishes stands quickly • Solid stalks allow flexible harvest O = MZ 4158DBR D = MZ 3818DBR RIB MZ 4280DBR 2975 102 1642 97 • Moves north of zone well • Excels in high-yield environments • Excellent early-season vigour O = MZ 4040DBR D = MZ 3818DBR RIB MZ 4040DBR 2975 100 1710 102 • Maturity-leading yield potential • Solid stress tolerance • Open husk for rapid drydown O = MZ 4158DBR D = MZ 3930DBR RIB MZ 4049SMX 2975 100 1685 102 • Maturity-leading yield potential • Solid stress tolerance • Open husk for rapid drydown O = MZ 4158DBR D = MZ 3930DBR 20 Grain Corn Hybrids
Management Disease Ratings Agronomic Ratings Positioning Response to Intensive Management Geography Final Seeding Population Seedling Vigour Plant Height # Kernel Rows Stalk Strength Plant Health Grain Drydown Test Weight NCLB ANTH • Average response to fungicide • Raise populations to match yield potential • Ideal for delayed harvest 6 Moves south of zone 32-36 8 M-T 16-18 9 8 8 8 8 8 • Raise populations accompanied with fungicide and nitrogen • Ideal for variable-yield environments • Excellent stalk strength 7 Moves north and south of zone 30-34 8 T 18-20 9 8 9 8 8 8 • Average response to fungicide • Target moderate populations • Excellent in corn-on-corn management 5 Position in and south of zone 32-34 9 M 16-18 9 9 9 9 7 7 • Above-average response to fungicide • Use lower populations to maintain yield in stressful environments UR Moves north of zone 28-36 9 M-T 18-20 8 8 9 8 7 7 • Continuous corn acres • Position for delayed harvest UR Moves north of zone 32-34 8 M 16-18 9 8 8 9 7 8 • Above-average response to inputs across yield environments • Excels in high-yield environments with matched fertility • Position for timely harvest 8 Moves north of zone 30-32 8 S-M 16-18 8 8 9 8 8 5 • Above-average response to intensive management • Use lower populations to maintain yield in stressful environments 8 Moves north and south of zone 28-36 9 M-T 18-20 9 8 9 8 7 8 • Above-average response to fungicide • Excellent in corn-on-corn management • Use lower populations to maintain yield in stressful environments 7 Moves north and south of zone 28-36 9 M-T 18-20 9 8 9 8 7 8
Hybrid CHU RM CHU to 50% Silk Silking RM Characteristics Companions RIB MZ 4151TRE 3000 101 1707 103 • Control of Western Bean Cutworm • Durable disease package • Exceptional stalk strength for flexible harvest O = MZ 4158DBR D = MZ 4577SMX RIB MZ 4158DBR 3100 101 1698 103 • Strong stalks and stay-green for flexible harvest • Responds to intensive management • Open husks allow for fast grain drydown O = MZ 4608SMX D = MZ 4049SMX RIB MZ 4577SMX 3150 105 1690 104 • Proven genetics for stress tolerance • Leader in maturity for high yield • Solid stalks allow flexible harvest O = MZ 4608SMX D = MZ 4049SMX CONV MZ 460 3200 106 1720 106 • Strong leaf-disease tolerance • Impressive stay-green • Photocopied ear size with consistent ear placement O = MZ 397 D = MZ 452 RIB MZ 4608SMX 3200 106 1680 107 • Rapid early-season canopy closure • Open husks promote rapid drydown • Photocopied ear size with consistent ear placement O = MZ 4821DBR D = MZ 4577SMX RIB MZ 4755TRE 3250 107 1670 108 • Solid agronomics and Western Bean Cutworm protection • Leading yield potential • Open husks aid drydown O = MZ 4821DBR D = MZ 4799SMX RIB NEW MZ 4799SMX 3250 107 1690 109 • Excellent leaf-disease and ear-rot ratings protect yield potential • Open husks promote rapid drydown • Leading stress tolerance in moderate to lower yield environments O = MZ 4821DBR D = MZ 4577SMX RIB MZ 4821DBR 3275 108 1677 109 • Excellent grain quality and test weight • Strong leaf-disease tolerance • Above-average performance on heavier soil types O = MZ 4608SMX D = MZ 4755TRE Also Available: MZ 4343DBR & MZ 452 22 Grain Corn Hybrids
Management Disease Ratings Agronomic Ratings Positioning Response to Intensive Management Geography Final Seeding Population Seedling Vigour Plant Height # Kernel Rows Stalk Strength Plant Health Grain Drydown Test Weight NCLB ANTH • Above-average response to intensive management • Responds favourably to fungicide • Excels in variable-yield environments 7 Moves south of zone 32-34 9 T 16-18 9 8 8 8 8 7 • Average response to fungicide • Above-average responses to nitrogen and plant population • Ideal for delayed harvest 8 Moves south of zone 34-36 9 T 16-18 8 8 8 8 7 8 • Excels in variable-yield environments • Favourable response to fungicide • Average response to intensive management 7 Moves north and south of zone 34-36 8 S-M 16-18 8 8 8 8 7 8 • Target moderate plant populations • Excellent dual-purpose option UR Position in zone 32-34 9 T 18-20 8 9 8 7 7 8 • Improved response to fungicides under high population • Target plant populations to match yield environment 7 Moves north of zone 32-34 9 M 18-20 8 8 9 7 8 7 • Responds well to fungicide • Stable performance across a wide range of environments • Ideal for delayed harvest 5 Position in zone 34-36 8 T 18-20 9 8 8 8 7 8 • Predicted less favourable response to fungicide and increased population • Ideal for delayed harvest and dual purpose UR Position in zone 32-34 8 T 16-18 9 8 9 8 8 9 • Above-average response to an increase in population in combination with nitrogen • Average response to fungicide • Ideal for delayed harvest 8 Position in zone 34-36 8 M 16-18 9 9 8 8 8 8
24 Ration MZ Higher Milk and Meat Yields Maizex is an industry leader in silage corn, offering diverse hybrid technologies to meet the specific needs of your ration. This includes a full portfolio of EnergyPlus dual-purpose hybrids to drive energy and feed efficiency and FeastPlus silage-specific hybrids for enhanced feed palatability, digestibility, and high-tonnage yield. Whether you are feeding for milk or for meat, every producer has a formula for success from the bunk or silo, but it is always prudent to revisit your strategies each year. Below is a list of questions you can work through to make sure that you are still using the best approach for your animals and your operation. • Do you know how many tonnes of corn silage you need to harvest for feed next year? • What aspects of silage quality are most important for your diet—energy, digestibility, or milk per acre/tonne? • What level of starch do you require in your ration? • How important is harvest timing flexibility? • Do you need swing acres to accommodate your silage harvest? • Which of your fields will be silage corn next year? • Is your silage field first-year corn or will it be corn after corn? • What maturity of corn should you grow for silage in your area? Talk to your Maizex dealer if you need help answering any of these questions. We have agronomic experts on staff who specialize in silage corn and can assist you in optimizing your silage plans. Make your herd happy and choose Ration MZ. Maturity Energy Yield
Grow your savings from seed to harvest. The BayerValue™ Rewards Program lets you maximize your savings on every acre. With the largest selection of participating trait and crop protection products, it’s never been easier to save. Don't miss out – talk to your retailer about qualifying products today. ALWAYS READ AND FOLLOW LABEL DIRECTIONS. Bayer, Bayer Cross and BayerValue™ are trademarks of the Bayer Group. Used under license. Bayer CropScience Inc. is a member of CropLife Canada. ©2023 Bayer Group. All rights reserved. GrowerPrograms.ca 1 888-283-6847 @Bayer4CropsCA #AskBayerCrop Start saving now at GrowerPrograms.ca 25 MZ vs MS: How to Choose? The choice between a dual-purpose MZ hybrid and a silage-specific MS (or LF/LFG) hybrid will depend on the specific needs and goals of your operation and local growing conditions. Here are some factors to consider when choosing between the two types of corn hybrids: Yield: Dual-purpose hybrids are bred to produce both grain and silage, while silage-specific hybrids are bred primarily for high silage yield. If a farmer’s primary goal is to maximize overall yield, a dual-purpose hybrid may be a better choice, since it can provide both grain and silage. Nutritional quality: The nutritional quality of corn silage is important for livestock feed and can vary depending on the hybrid. Silage-specific hybrids are often bred for high fibre content and earlier digestibility, which can be important in some rations for dairy cattle. Dual-purpose hybrids may have lower fibre content and higher, more uniform starch content, which can be beneficial for both grain and silage production on some farms. Plant characteristics: Dual-purpose and silage-specific hybrids may have different characteristics that make them better suited for different growing conditions or management practices. For example, silage-specific hybrids may have taller plants with more leaves and a lower ear-to-stalk ratio, which can make them efficient for silage production. Dual-purpose hybrids may have a higher percentage of starch and energy for a ration given the plant is more focused on the ear, with shorter plants and stronger stalks, which can be more resistant to lodging. Overall, the choice between a dual-purpose and a silage-specific corn hybrid will depend on a variety of factors including your ration needs. Talk to your Maizex dealer to help determine the best strategy for your operation.
Hybrid Silage CHU Silage RM Grain CHU Grain RM Silage CHU Position CHU 50% Silk Characteristics MS 6960R 2000 69 2100 72 >2100 1325 • Rapid grain setup for maturity • Solid agronomics promote yield MS 7420R 2200 74 2300 77 >2150 1345 • Increased starch availability • Aggressive seedling vigour CONV NEW MS 782 2250 75 2450 78 >2300 1298 • Early flowering allows northern adaptation • Impressive stay-green optimizes feed quality RIB NEW MS 7822DBR 2250 75 2400 78 >2200 1298 • Above-ground insect protection • Rapid grain set for early geography MS 8022R 2250 75 2400 78 >2200 1298 • Industry-leading early season vigour • Rapid grain set for early geography LF 728R 2300 74 2500 83 >2200 1319 • Standard of silage and grazing corn • White cobs for more palatable silage 26 Silage Corn Hybrids FeastPlus FeastPlus Silage-Specific Leafy Hybrids Provide high-end silage yields with maximum starch availability. Plant at medium to lower populations according to hybrid-specific recommendations. Features include: • Extra leaves above the ear to add tonnage and sugar content for better fermentation in the silo. • The stalk above the ear is more flexible and digestible. Silage-focused leafy hybrids have a lower ear position and more plant above the ear to improve fibre digestibility. • Slower grain and plant dry-down for a wider harvest window to boost feed security and quality. • Leafy-floury hybrids combine effective fibre with highly available starch.
Management Agronomic Ratings Characteristics Final Seeding Population Position Response to Fungicide Tonnage Seedling Vigour Plant Height Digestibility Kernel Texture Starch Amount Early Starch Availability at Harvest Disease Rating • Early grain set reduces risk north of zone 28-32 R 8 7 8 M 7 S 8 8 7 • White cobs for more palatable silage 28-32 R 8 8 9 T 8 S 8 8 7 • High-tonnage conventional hybrid option 32-34 R 8 9 9 T 8 M 8 8 8 • Large harvest window 32-34 R 8 9 9 VT 8 M 8 8 8 • Large harvest window 32-34 R 8 9 9 VT 8 M 8 8 8 • Rapid grain setup for maturity 28-30 R 8 8 9 M-T 8 M 8 8 7 Legend Numerical ratings (1 – 9): 1 = very poor; 9 = excellent; UR = unrated Silage CHU and Silage RM are based on the appropriate maturity zones for growing the hybrid to silage maturity. Final seeding population: Population in 000s ppa that is the ideal target for this hybrid. Where conditions are less favourable, move to the lower range of the population recommendations. Position: This refers to the best fit in your crop rotation: R = rotated corn acres; C = continuous corn acres. Plant height: S = short; M = medium; T = tall; VT = very tall Kernel texture: VS = very soft; S = soft; M = medium; H = hard Starch amount: 1 = low; 9 = high Early starch availability at harvest: 1 = least readily available; 9 = most readily available Herbicide Sensitivity Caution: avoid post-emergent application of Group 27 & 28 herbicides (e.g., Converge®, Callisto®, or Impact™) on Leafy silage hybrids. Leafy hybrids have shown increased injury after post-emergent application of Group 27 & 28 herbicides in comparison to other hybrids.
Hybrid Silage CHU Silage RM Grain CHU Grain RM Silage CHU Position CHU 50% Silk Characteristics RIB MS 7733DBR 2350 77 2500 81 >2300 1337 • Above-ground insect protection • Early flower allows northern movement MS 8270R 2450 82 2600 85 >2450 1370 • Tall, robust plant type • Extended stay-green preserves silage quality MS 8632R 2550 86 2700 90 >2550 1530 • Adapted for northern movement • Impressive tonnage RIB LF 9066SMX 2600 87 2750 91 >2600 1610 • Large, robust stature for maturity • Adapted for movement north CONV LEAFY FLOURY LFG 875 2750 92 2900 97 >2700 1614 • Floury gene for early starch availability at harvest • Industry-leading tonnage LEAFY FLOURY LFG 8755R 2750 91 2900 97 >2700 1614 • Floury gene for early starch availability at harvest • Industry-leading tonnage RIB LF 8890SMX 2800 94 2950 99 >2750 1637 • Proven genetics for yield stability • Extended harvest window RIB NEW LF 0037SMX 2900 97 3000 100 >2900 1650 • Industry-leading tonnage • Strong leaf-disease tolerance maintains feed quality LEAFY FLOURY LFG 9701R 2900 97 3050 101 >2900 1690 • Floury gene for early starch availability at harvest • Unmatched yield potential MS 0330R 2950 99 3100 103 >2900 1700 • Massive plant stature • Strong agronomics 28 Silage Corn Hybrids FeastPlus
Management Agronomic Ratings Characteristics Final Seeding Population Position Response to Fungicide Tonnage Seedling Vigour Plant Height Digestibility Kernel Texture Starch Amount Early Starch Availability at Harvest Disease Rating • Increased starch availability 28-30 R 8 8 9 M-T 8 M 8 8 7 • Strong agronomics 30-32 R 8 8 9 VT 8 M 8 8 7 • Attractive plant type 30-32 R 8 9 9 VT 8 M 8 8 7 • Enhanced trait package 28-32 C 8 8 8 T 8 M 8 8 8 • Very good seedling vigour 27-30 R 9 9 8 VT 9 VS 7 9 5 • Very good seedling vigour 27-30 R 9 9 8 VT 9 VS 8 9 5 • Large, robust plant type 28-32 C 8 8 8 T 8 M 8 8 8 • Large, robust plant type 28-32 C 8 9 8 VT 8 M 8 8 9 • White cob for increased digestibility 28-32 R 9 9 8 VT 9 VS 7 9 7 • Soft kernels for increased starch availability 30-32 R 8 9 9 VT 8 S 8 8 8
Hybrid Silage CHU Silage RM Grain CHU Grain RM Silage CHU Position CHU 50% Silk Characteristics RIB MZ 1200DBR 1900 69 2050 72 >1900 1277 • Early flowering allows movement north • Aggressive seedling vigour RIB MZ 1340DBR 1975 71 2150 73 >2000 1250 • Increased starch quantity • Early flowering allows movement north RIB MZ 1544DBR 2100 72 2250 75 >2100 1301 • Soft kernel density • Strong disease package protects feed quality RIB MZ 1688DBR 2150 73 2300 76 >2150 1323 • Consistent performance across environments • Starch quantity stability from uniform ear size RIB E52V92 R 2300 77 2450 82 >2300 1374 • Early grain set reduces risk north of zone • High starch content RIB NEW MZ 2266DBR 2300 78 2450 82 >2300 1353 • Early flowering promotes longer starch-fill period • Strong agronomics with high tonnage E-Z Refuge MZ 2452DUR 2400 80 2550 84 >2400 1470 • Wider window for optimum harvest • Impressive plant stature CONV MZ 248X 2400 81 2550 84 >2400 1515 • Excellent stay-green for flexible harvest • Robust plant type increases yield RIB MZ 2699DBR 2450 83 2600 86 >2450 1515 • Early grain set reduces risk north of zone • Rapid canopy establishment RIB MZ 3397SMX 2625 89 2775 93 >2600 1622 • Leading plant health maximizes quality • Position on corn-after-corn fields * EnergyPlus Dual-Purpose Silage Hybrids Provide greater flexibility for your ration and targets higher plant populations for increased yield benefits. Features include: • Increased harvest flexibility for silage, high moisture, or grain corn. • Potential for higher total starch content and more energy-dense ration when compared to our FeastPlus hybrids. • Stronger stalks that improve standability for harvest. • A focus on selecting tall and robust hybrids that have high grain yield and are 100–200 CHU longer in maturity than normal grain hybrids for the area. • Approximately 50% of the dry matter in silage comes from the grain content. 30 Silage Corn Hybrids EnergyPlus
Management Agronomic Ratings Characteristics Final Seeding Population Position Response to Fungicide Tonnage Seedling Vigour Plant Height Digestibility Kernel Texture Starch Amount Early Starch Availability at Harvest Disease Rating • Rapid starch accumulation 32-34 R 8 7 8 M 7 M 9 8 7 • Dependable tonnage 34-36 R 9 7 9 M 7 M 9 8 7 • Ideal for high-starch rations 32-34 R 8 7 9 T 7 S 9 8 8 • Enhanced stay-green allows flexible harvest 34-36 R 8 8 9 T 7 S 9 8 8 • Outstanding agronomics 34-36 R 7 8 8 M-T 7 M 9 8 9 • Ideal for high-starch rations 34-36 R 7 8 9 M 7 M 9 8 8 • Large ears enhance starch quantity 32-34 C 8 8 9 T 8 M 8 8 8 • Blocky ears promote starch quantity 30-32 R 8 8 8 M 7 S 8 8 7 • Large ears promote higher starch values 32-34 R 8 9 9 M-T 8 M 9 8 8 • Large ears enhance starch quantity 34-36 C 8 9 9 M-T 7 M 9 8 8 Legend Numerical ratings (1 – 9): 1 = very poor; 9 = excellent; UR = unrated Silage CHU and Silage RM are based on the appropriate maturity zones for growing the hybrid to silage maturity. Final seeding population: Population in 000s ppa that is the ideal target for this hybrid. Where conditions are less favourable, move to the lower range of the population recommendations. Position: This refers to the best fit in your crop rotation: R = rotated corn acres; C = continuous corn acres. Plant height: S = short; M = medium; T = tall; VT = very tall Kernel texture: VS = very soft; S = soft; M = medium; H = hard Starch amount: 1 = low; 9 = high Early starch availability at harvest: 1 = least readily available; 9 = most readily available
Hybrid Silage CHU Silage RM Grain CHU Grain RM Silage CHU Position CHU 50% Silk Characteristics RIB NEW MZ 3314SMX 2625 89 2775 93 >2600 1622 • Enhanced stay-green allows flexible harvest • Excellent agronomics for harvest ease E63D17 R 2625 89 2775 93 >2600 1620 • High starch content • Enhanced stay-green allows flexible harvest RIB MZ 3505DBR 2750 92 2850 95 >2750 1632 • Large, robust plant type RIB NEW MZ 3528DBR 2750 92 2850 95 >2750 1600 • Leading leaf-disease tolerance protects feed quality • Excellent agronomics promote harvest ease RIB MZ 3818DBR 2800 94 2925 98 >2800 1698 • Leading plant health protects sample quality • Large ears enhance starch quantity RIB MZ 3877SMX 2800 94 2925 98 >2800 1723 • Adapted north of zone • Consistent yield leader RIB MZ 3930DBR 2800 96 2950 99 >2850 1698 • Massive plant stature • Consistent ear line CONV MZ 397 2800 96 2950 99 >2850 1685 • Maturity-leading yield potential • Allows flexible field positioning RIB MZ 4049SMX 2850 97 2975 100 >2850 1685 • Maturity-leading yield potential • Allows flexible field positioning RIB MZ 4608SMX 3050 102 3200 106 >3100 1680 • Large ears enhance starch quantity • Elevated starch content RIB NEW MZ 4799SMX 3100 103 3250 107 >3100 1690 • Large, robust plant type • Strong leaf- and ear-disease tolerance protects quality RIB MZ 4821DBR 3125 104 3275 108 >3125 1677 • Superior leaf-disease tolerance preserves quality • Flexible field positioning 32 Silage Corn Hybrids EnergyPlus
Management Agronomic Ratings Characteristics Final Seeding Population Position Response to Fungicide Tonnage Seedling Vigour Plant Height Digestibility Kernel Texture Starch Amount Early Starch Availability at Harvest Disease Rating • Position on corn-after-corn fields 32-34 C 8 8 9 M 7 M 9 8 8 • Excellent standability 34-36 R 8 8 9 T 7 M 9 8 8 • Enhanced stay-green allows flexible harvest 30-34 R 8 9 9 T 7 M 9 8 8 • Flexible harvest window 34-36 R 8 9 9 T 7 M 9 8 9 • Solid stress tolerance 32-36 R 8 8 8 M-T 8 M 9 8 9 • Position on corn-after-corn fields 32-34 C 8 9 9 M 7 H 9 8 8 • Flexible harvest window 30-34 R 8 9 8 T 8 M 9 9 8 • Leading milk-per-acre values 28-36 R 8 9 9 T 8 M 9 8 7 • Leading milk-per-acre values 28-36 C 8 9 9 T 8 M 9 8 7 • Adapted north of zone 32-34 C 8 9 9 M 8 H 9 8 8 • Allows flexible field positioning 32-34 C 8 9 8 T 8 M 9 8 9 • Impressive plant stature 34-36 R 8 9 8 T 7 H 9 8 9
Traits Features Outstanding genetics for high-end yield potential. Three modes of herbicide tolerance for outstanding weed control, including glyphosate-tolerant weeds. Benefits of glyphosate and new lower-volatility formulations of dicamba, such as Xtendimax® herbicide. Outstanding weed control including glyphosate-tolerant weeds such as Canada fleabane. Genetics featuring excellent yield potential. Three-way herbicide tolerance to glyphosate, 2,4-D, and glufosinate in a three-gene molecular stack. Unique high-yielding genetics with excellent disease tolerance, including white mould. CONV Combines yield potential and export-quality grain characteristics. 34 Soybeans This year marks an important milestone for Maizex, as all our soybean varieties across the country will now be marketed under the Maizex brand. Maizex soybeans combine stellar yield potential with a range of in-seed or seed-applied technologies to provide true performance on your farm. Our vigorous research and testing program ensures the Maizex brand builds on the legacy of Elite soybean performance, with varieties carefully selected to meet the specific needs of farmers across Canada. Trait Technologies
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