2022 US Product Guide

2022 PRODUCT GUIDE CANOL A

Contact your local ag-retailer or BrettYoung for more information.

HEAD OFFICE

BrettYoung

Box 99 St. Norbert Postal Stn Winnipeg, MB Canada R3V 1L5 TOLL FREE

800.665.5015

@BrettYoungSeeds

brettyoungusa.com BrettYoung™ is a trademark of Brett-Young Seeds Limited. DefendR® and Recover® are registered trademarks of Brett-Young Seeds Limited. Osmium™ is a trademark of Rizobacter S.A. and Signum® is a registered trademark of Rizobacter S.A. Clearfield, and The UNIQUE CLEARFIELD SYMBOL and Clearfield are trademarks of BASF. ALWAYS READ AND FOLLOW PESTICIDE LABEL DIRECTIONS. Helix®, Rascendo® Vibrance®, Saltro® and the Syngenta logo are registered trademarks of a SyngentaGroup Company.

BAYER IS A MEMBER OF EXCELLENCE THROUGH STEWARDSHIP® (ETS). Bayer products are commercialized in accordance with ETS Product Launch Stewardship Guidance, and in compliance with Bayer’s Policy for Commercialization of Biotechnology-Derived Plant Products in Commodity Crops. Commercialized products have been approved for import into key export markets with functioning regulatory systems. Any crop or material produced from this product can only be exported to, or used, processed or sold in countries where all necessary regulatory approvals have been granted. It is a violation of national and international law to move material containing biotech traits across boundaries into nations where import is not permitted. Growers should talk to their grain handler or product purchaser to confirm their buying position for this product.

Excellence Through Stewardship® is a registered trademark of Excellence Through Stewardship.

ALWAYS READ AND FOLLOW PESTICIDE LABEL DIRECTIONS. Roundup Ready® Technology contains genes that confer tolerance to glyphosate. Glyphosate will kill crops that are not tolerant to glyphosate. Roundup Ready® and TruFlex™ are trademarks of Bayer Group.

All other trademarks are property of their respective companies. Printed in Canada 6166 08.21

I

BIOLOGICALS

CANOLA Leading Genetics in Canola . . . . . . . . . . . . . . . . . . . 4 Pod DefendR® . . . . . . . . . . . . . . . . . . . . . . . . . . 5 DefendR® Disease Resistance Traits . . . . . . . . . . . . . . . 6 Clubroot Management . . . . . . . . . . . . . . . . . . . . . 8 Blackleg Management . . . . . . . . . . . . . . . . . . . . 10 Canola Portfolio . . . . . . . . . . . . . . . . . . . . . . . . 12 Keys to Success in Canola . . . . . . . . . . . . . . . . . . . 18 BrettYoung Comparison Trials . . . . . . . . . . . . . . . . . 19

New at BrettYoung

In 2022, BrettYoung is launching its first Pod DefendR canola variety with BY 6211TF. This TruFlex™ canola system with Roundup Ready® Technology features solid yield performance (101%*) and mid-maturity (+0.9 days*), along with the flexibility of the TruFlex weed control system. BY 6211TF not only carries the Pod DefendR trait – for excellent pod integrity – it also has DefendR® rated Blackleg protection. BY 6211TF offers truly exceptional traits along with the yield performance you have come to expect with BrettYoung canola varieties.

Lastly, BrettYoung has again earned the designation as one of Canada’s Best Managed Companies for the fourth consecutive year – meaning we’ve now achieved the Gold Standard.

We acknowledge and thank all of our customers in earning this designation – you continue to grow your business with BrettYoung and we will never take that for granted.

BIOLOGICALS

BY 6207TF is another new canola product for 2022. It is our highest yielding canola variety in the Truflex system segment and is very well suited to growers familiar with 6076 CR as it features the industry’s highest level of Clubroot protection. Clubroot DefendR means it has stacked, next-generation Clubroot resistance

In 2021, growers across North America took notice of our new class-leading inoculant products. Our partnership with Rizobacter brought new technology, including Osmium™, a line of liquid inoculants for pea, lentil and chickpea growers that features Osmo Protector Technology for a new level of performance in on-seed life and seed treatment compatibility.

Signum®, a new liquid soybean inoculant, includes the same benefits plus Bio-Inducer Technology to promote earlier nodulation and increased yield potential. In 2022, BrettYoung and Rizobacter are introducing a new line of inoculants – Launcher™ inoculants will be available in both liquid and granular formulations and are an economical source of rhizobia for soybean and pulse growers to ensure effective biological nitrogen fixation.

22 24 26 28 29

CANOLA

BrettYoung is excited to introduce a new canola management technology and growers looking for the harvest flexibility and protection offered by pod shatter resistance will soon come to appreciate our canola hybrids with the Pod DefendR® trait. This is a true, genetic-based trait that offers a similar level of pod shatter resistance versus other market-leading pod shatter resistant products.

genes that provide confident protection even in the most intensive Clubroot impacted areas.

BIOLOGICALS Rizobacter . . . . . . . . . . . . . . . . . . . . . . . . . . .

Innovative Technologies . . . . . . . . . . . . . . . . . . .

Signum® and Osmium™ . . . . . . . . . . . . . . . . . . . .

Launcher™ . . . . . . . . . . . . . . . . . . . . . . . . . . .

Recover® PO4 . . . . . . . . . . . . . . . . . . . . . . . . .

2022 PRODUCT GUIDE

NEW AT BRETTYOUNG

TABLE OF CONTENTS

* Yield and maturity ratings relative to WCC/RRC checks in private co-op trials

2

CANOLA CANOLA

Realize your yield potential with BrettYoung canola. BrettYoung has industry-leading varieties in the TruFlex™ canola with Roundup Ready® Technology, Roundup Ready® and Clearfield® systems, sourcing the best technology and genetics to keep your business profitable.

BrettYoung’s premium canola genetics also carry the DefendR® trait platform as part of an active disease and harvest management strategy.

2

3

INTRODUCING

LEADING GENETICS IN CANOLA

With their extensive testing network and local

year after year produces industry-leading

expertise in disease resistance, DL Seeds is

canola varieties. DL Seeds brings this

delivering solutions that are profitable for

worldwide technology to farmers by utilizing a

North American growers. DL Seeds is our

large trial network dedicated to testing

canola breeding partner and the source of

top-performing canola hybrids for the North

our high-performance, industry-leading

American market.

varieties BY 6207TF and BY 5125CL and proven performers like 6074 RR and 6090 RR. DL Seeds, along with its Germany-based parent companies, DSV and NPZ Lembke, is with more than 15 oilseed and canola breeders operating in North America, Europe and Australia. The breeding program has

BrettYoung’s DefendR platform was developed to highlight the superior disease resistance genetics developed by our strategic canola breeding partner, DL Seeds. Our nextgeneration clubroot-resistant hybrids are industry-leading and our strong R, multi-genic blackleg resistance packages have been a key aspect of many DefendR-rated products.

Testing

FIRST-CHOICE ACCESS Access to first-tier genetics and traits from a

Canola hybrids with the Pod DefendR trait are evaluated in both lab and field, and over different protocols to ensure the presence of the trait and that the reduction of shattering in the hybrid is stable, consistent and effective.

The introduction of pod shatter-resistant hybrids to canola growers several years ago led to a significant increase in adoption of both direct harvesting and delayed swathing of canola crops.

Visit brettyoung.com to learn more about the canola hybrids that feature this exciting new trait.

BrettYoung canola growers can now enjoy this same flexibility because of our new pod shatterresistance trait, which is non-GMO and delivers dependable levels of shattering tolerance.

POD SHATTER SUSCEPTIBLE

breeding program is important. That's why access to the top hybrids across all canola herbicide tolerance segments produced by DL Seeds’ canola breeding program. This allows us to deliver the bottom-line impact

DL Seeds’ Germany-based Shareholders Pictured: Evan Gillis, Canola Breeder, DL Seeds

N

SEPTUM VALVE

POD SEAM SEPARATION AND SEED LOSS

POD SHATTER TOLERANT POD SEAM ENSION FROM SS T DR LE Y

IN

DL Seeds and its parent companies have been researching other solutions, and what has emerged is an understanding of a complex pathway of gene interaction that controls pod valve function (see figure). Much of the work

G

L

LIGNIFICATION LAYER

SEED VALVE

POD SEAM STABILITY, SIGNIFICANT REDUCTION IN SEED LOSS

5

FROM DRY SION ING EN ST ES

Learn more about DL Seeds, DSV1 and NPZ Lembke1 at their respective websites: www.dlseeds.ca; www.dsv-seeds.com; www.npz.de.

POD SEAM

REPLUM

Breeders and researchers, however, have been working to understand the physiology of pod maturation and pod shatter mechanisms. Some canola breeding programs have been able to identify hybrids with higher levels of natural pod shatter resistance through screening and selection. However, this approach has had limited effectiveness relative to the levels of pod shatter resistance achieved with a true genetic trait.

that farmers are looking for.

TEN SIO

LIGNIFICATION LAYER

MORE

Pod shattering and the seed dispersion associated with it is a survival mechanism found in nature. Yet, despite decades of breeding and domestication, canola pods still have a natural tendency to split and open at maturity, with the goal of scattering seeds.

BrettYoung receives preferential, first-choice

MORE

ING DRY

ING DRY

TEN SIO N

Physiology of Pod Shatter

OM FR

CANOLA

unrivalled access to diverse germplasm that

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has meant isolating specific genes from other Brassica species and breeding them into canola to interrupt these shatter-inducing pathways; mustard growers are well aware of the substantial shatter resistance a similar mechanism provides.

The result is Pod DefendR, a specific genetic trait that reduces tensions built up at maturity and, ultimately, the tendency for pods to split at the pod dehiscence zone (or pod seam) that holds both sides of the pod (valves) together.

Pod DefendR Shatter Resistance – Flexibility and Peace of Mind

truly a global oilseed breeding powerhouse,

1

Outstanding Genetic Resistance to Pod Shattering

OM FR

C A N O L A

Our Strategic Canola Breeding Partner

DEFENDR® DISEASE RESISTANCE TRAITS BrettYoung is proud to support the DefendR trait platform as part of an active disease management strategy. The DefendR designation is used to signal exceptional genetic resistance or tolerance to the prominent three disease complexes affecting canola: sclerotinia, clubroot and blackleg.

DefendR® Sclerotinia

DefendR Blackleg

For growers wanting to further reduce the impact of this

Blackleg is back in the spotlight as a disease that is

disease, BrettYoung’s DefendR Sclerotinia tolerance trait

evolving and making a strong resurgence in intensive

is built-in on the 6074 RR hybrid. Screening and testing

canola production areas. Most agree that managing

results for this variety demonstrates improved tolerance

this disease requires a combination of rotation, crop

superior to susceptible checks using industry-approved

management (including regular field scouting) and proper

testing protocol.

variety selection as important factors to reducing the impact of this disease.

The DefendR trait in 6074 RR provides sclerotinia DefendR is reserved for use only on BrettYoung

and a promise to canola growers that they are

varieties that deliver above industry-average levels of

purchasing a variety that has leading genetics

genetic resistance or tolerance to one or more of the

for disease management in a canola hybrid with

prominent canola diseases.

exceptional yield potential.

The DefendR Blackleg trait means the BrettYoung canola variety is rated as a strong R for Blackleg resistance. It also

• Reduce the impacts of infection and reduce yield loss

means that the variety incorporates multiple major genes

whenever disease pressure is present

to defend against multiple strains of Blackleg. DefendR

• Allow for greater flexibility in fungicide application

It is our nod to the strength of the breeding program with our primary canola partner, DL Seeds,

Resistance Trait

tolerance at levels that will:

Minimum Resistance Level

Varieties 6074 RR

Multi-genic (major gene) resistance to Blackleg, strong R for adult plant resistance rating

BY 6211TF BY 6204TF 6090 RR 4187 RR BY 5125 CL

Varieties include first-generation resistance genes but also contain resistance genes that may provide protection against newer pathotypes such as 3A, 2B, 3D, 8E, 5G, 5K, 3O and 5X.

BY 6207TF

compared to competitive R-rated varieties that have either

otherwise makes fungicide application timing difficult

zero or one major gene for Blackleg resistance.

• Reduce the impact of Sclerotinia in long-flowering crops

Growers looking to adopt a Blackleg major gene rotation

where the window of fungicide protection has lapsed

strategy can also look to the Blackleg DefendR system – BrettYoung shares the gene-specific information on all our DefendR products.

Sclerotinia Tolerance – internal stem infection

DefendR Clubroot Previously considered primarily a Canadian issue, Clubroot has now been identified in North Dakota.

In 2013, a new Clubroot pathotype was identified in Alberta as the canola varieties, up to that time thought to be Clubroot resistant, were exhibiting high levels

Tolerant vs. Susceptible

of infection. Many new pathotypes have since been identified in several areas.

Sclerotinia Tolerance – 21 days after inoculation

The DefendR Clubroot trait from BrettYoung is resistance equivalent to Next-Generation resistance.

Varieties include first-generation resistance genes but also contain resistance genes that may provide protection against newer pathotypes such as 3A, 2B, 3D, 8E, 5G, 5K, 3O and 5X. DefendR-rated Clubroot-resistant genetics are coupled to high-yielding, high-performance varieties.

Tolerant vs. Susceptible

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CANOLA

Improved Tolerance (IT) to Sclerotinia Stem Rot

Blackleg varieties achieve a broader level of resistance

timing when flowering is uneven and staggered, which

CLUBROOT MANAGEMENT BrettYoung DefendR®-Rated Disease Resistance – Clubroot Update Clubroot (CR) was identified in Cavalier County, ND in

provided by genetic resistance and ignoring the need

2013 and has been found every year since according

for sufficient crop rotation away from canola. It has

to NDSU. The Langdon area of Cavalier County has

already been well documented in intensive CR areas

been the center of CR concerns in the U.S. NDSU

that short canola rotations are a serious factor in

surveys in 2019 continued to find symptomatic fields

aggravating disease incidence and are creating

but not at the level found in 2018. Sampling and

conditions for new CR pathotypes to emerge. New

molecular testing by NDSU have identified the

pathotypes can quickly increase to serious levels

presence of Clubroot in samples from Rolette, Towner

because the canola varieties being grown do not

and Pembina counties at levels below the 80,000

provide protection against them. Given this, there are

spores per gram needed to cause visible symptoms

two levels of CR management emerging and are at the

and damage1. This presence of spores is a signal that

forefront of concern for growers, agronomists and

canola growers in these areas need to start adopting

canola breeders: (1) CR is quickly becoming a concern

CR management practices.

for most areas of Western Canada and North Dakota and growers, many for the first time, are including the

Clubroot reproduces by spores produced in the billions

CR resistance profile of a variety in their selection

capable of surviving for up to 20 years in the soil, thus CR is not easily eradicated once it is found. Soil Fortunately, several resistant cultivars are available to help manage the disease and growing a CR resistant hybrid is an important strategy in delaying the development of disease. The recommendation is that a grower in areas at risk of CR should grow resistant development of spore loads in soil capable of causing

Recommended CR Management Practices:

The identification of new CR pathotypes over the last

• Scout fields to detect presence of disease symptoms

number of years shows that the most significant strains, at

• Soil test to detect presence of the pathogen spores

least in terms of numbers of fields affected, are generally

risk areas; however, while less predominant, the challenge

infestation to delay the accumulation of CR spore loads

first-generation resistance. So, while most growers need to

required to cause symptoms

be aware of 3H as it is the most common pathotype, the

• Use next-generation resistant hybrids with a minimum

selection and spread towards different pathotypes able to

consider the likelihood of new pathotypes being resistance. These fields require closer management

New Pathotypes Capable of Overcoming Genetic Resistance

strategies and can include a variety of measures like

Other new pathotypes such as 8E are also reportedly

employing new varieties with next-generation

overcoming the first-generation resistance found in many

resistance and extending the time between canola

commercial varieties. The 3A and 3D pathotypes,

crops in rotation.

however, are by far the most frequently reported CR

three-year rotation in fields with high levels of infestation • Growers in areas not impacted by pathotypes capable of overcoming first-generation resistance can prevent the accumulation of spores for as long as possible by using resistant varieties such as 6090 RR, 4187 RR, BY 6204TF, BY 5105CL and BY 5125CL (all are resistant to pathotypes 2, 3, 5, 6, 8 and 3H) • BY 6207TF with next-generation resistance is

pathotypes where varieties are showing susceptibility.

recommended for areas where incidence of resistance

These new pathotypes, thus far, are primarily a concern

break-down is suspected

isolated areas of Southern Manitoba and potentially

generated a significant amount of research to (a)

north-central North Dakota. Adopting varieties with

characterize these pathotypes, and (b) identify new

next-generation CR resistance and appropriate cultural

sources of genetic resistance. One of the results of this

practices will be key for many growers in areas where risk

The latest research confirms continued spread of the

research is the development of the Canadian Clubroot

of a new CR pathotype emerging is high.

disease throughout the canola growing areas of

Differential (CCD) set. It consists of 13 Brassica hosts

Alberta, Manitoba, Saskatchewan and North Dakota.

capable of differentiating the 36 unique pathotypes

Most new pathotypes are present in the intensive CR

currently found in Western Canada. The naming of

areas of Alberta where the disease was first identified

pathotypes is now based on the combination of a

in Western Canada; however, new pathotypes have

number (2, 3, 5, 6 and 8) from the Williams differential

also been identified in Manitoba and North Dakota.

set with a letter (A through Z) from the Canadian

Interestingly, surveys in intensive CR areas are often

Clubroot differential set. Identification of new

showing high levels of CR incidence on varieties with

pathotypes continues and it is believed that of the 36

first-generation CR resistance genes. This may be a

pathotypes currently recognized as many as 19 of them

by-product of too often relying on the protection

can overcome first-generation resistance genes2.

reduce spore levels in highly infected fields.

• In areas of higher risk, use resistant hybrids prior to

with 3A and 3D is they are both capable of overcoming

overcoming first-generation CR resistant varieties has

rotation of two years away from canola can significantly

volunteers and other CR host plants

most predominant pathotype found outside the major CR

only for growers around Edmonton, AB and specific,

important tools in the management of the disease. A

• Weed control in rotation crops to remove canola

naming system are identified as 3A, 3D and 3H. 3H is the

The discovery of new pathotypes that are capable of

symptoms. Rotation and field equipment sanitation are

• Sanitize equipment

variants of the previous pathotype 3, and in the new

overcome first-generation resistance is also a concern.

Pathotype Identification

hybrids to delay for as long as possible the

Primary Pathotypes of Concern: 3A, 3D and 3H

decisions; (2) Growers in intensive CR areas must now encountered that will overcome first-generation

movement is the greatest cause of disease spread.

Next-Generation Resistance There is no standard industry definition but in general, next-generation Clubroot-resistant varieties include first-generation resistance genes but should also contain additional resistance genes that may provide protection against newer pathotypes such as 3A, 2B, 3D, 8E, 5G, 5K, 3O and 5X. Consult the supplier of the variety for specific resistance profile information.

1 2

Source: DL Seeds, Winnipeg, Manitoba, Canada

8

9

Chittem, Del Rio and Chapara 2019.

Strelkov et al. Plant Pathology Group, University of Alberta.

CANOLA

in the diseased root galls (or clubs). Some spores are

First-Generation Resistance First-generation clubroot-resistant varieties tend to be varieties that can trace their resistance genetics to a resistance profile similar to the European-bred winter canola variety “Mendel”. These varieties are typically resistant to pathotypes 2, 3, 5, 6 and 8 (per the Williams’ Differential set, which are equivalent to pathotypes 2F, 3H, 5I, 6M and 8N on the CCD set).

BLACKLEG MANAGEMENT linearly as Blackleg severity increased.

and is available as a fee-for-service test from several labs.

Applying This New Information to Your Farm

This test will identify the predominant races of Blackleg

Growers at high risk of Blackleg infection due to short

been developed by Agriculture and Agri-Food Canada

treatment for early infection control is showing results and is an additional tool to complement genetic resistance and best management practices.

BrettYoung’s portfolio of canola products provides

expected. Pod number and seed yield both declined

the race pressure they are facing in fields experiencing high levels of Blackleg. A test of infected crop residue has

Industry-leading Genetic Defense Against Blackleg BrettYoung DefendR® Blackleg Varieties

Testing tools are available for growers to better understand

present in your canola crop. The test is based on the

rotations, or growers who have already observed an

isolation and culture of the disease from infected straw and

increased level of incidence based on field scouting

Blackleg Resistance Identification System

the use of DNA procedures to identify the specific

The CCC uses a resistance classification system (see

Testing stubble in severely infected fields allows you to select

a different major gene group(s) from the one previously

varieties with major gene profiles that, in conjunction with

grown, i.e. R-C to R-CE. If a grower has lab results

good adult plant resistance, will give you the best chance to

indicating the predominant pathogen races in their field,

Gene classification system.

manage the disease in subsequent canola crops.

they should choose varieties that have genetic resistance

through first scouting your fields prior to harvest,

The major resistance gene classification adds a letter to

We recommend that you contact one of the labs for a

assessing the level of incidence and developing an

the standard rating to qualify a variety’s resistance to

estimate of Blackleg risk.

specific pathotypes according to the following table:

methods and results. The labs that provide testing are

The primary tool against Blackleg is genetic-based

Major Blackleg Resistance Genes in Canola Varieties

Seed Labs. Major gene resistance, along with adult plant

The DefendR Blackleg disease protection system means

resistance, is the sum of the genetic resistance available in

unique germplasm that offers (whether in TruFlex™,

a variety. Good management decisions when disease risk

RoundUp Ready® or Clearfield® herbicide systems)

industry-leading, genetic-based defense through our DefendR Blackleg system, allowing growers to identify several high-yielding varieties suited to their operation and to optimize Blackleg management.

blackleg.ca) that uses both the adult plant resistance

Management Through Knowledge

rating system (i.e., R or MR) plus a Major Resistance

The key to managing Blackleg on your farm each year is

Blackleg by using two types of genetic resistance that

resistance profiles. That means choosing a variety that has

to these races, if available. If not available, changing to a variety with a different genetic makeup of adult plant

better understanding of the sampling procedures, testing

resistance and major gene resistance group(s) is likely the best option.

20/20 Seed Labs Inc., BioVision Seed Labs and Discovery

work together to either block the disease infection at

Major Resistance Gene Grouping

Blackleg Race

levels are high include the rotation of varieties to a

different Blackleg resistance backgrounds with a range of

early stages or slow the development of the disease in

Resistance A

Rlm1 or LepR3

different resistance profile to help reduce the risk of

adult plant resistance (minor) genes and combinations of

later growth stages.

Resistance B

Rlm2

resistance erosion. In situations of low to moderate risk,

major genes to effectively block Blackleg at early infection.

Resistance C

Rlm3

variety rotation is likely not necessary.

The DefendR portfolio gives growers the choice to

Resistance D

LepR1

Resistance E1

Rlm4

Yield Loss

Resistance E2

Rlm7

Research from the University of Alberta/Alberta

Resistance F

Rlm9

Agriculture & Forestry found that for every unit of increase

Resistance G

RlmS or LepR2

The two types of Blackleg resistance are: • Adult Plant, quantitative or minor gene resistance – This involves many genes working together to slow the development of the disease in the plant • Major Gene, qualitative or cotyledon resistance

X

– Single genes that are race specific and highly effective at blocking infection by specific Blackleg

Unknown

manage Blackleg and steward resistance traits effectively.

about risk assessment and variety selection management

The next most important tool for Blackleg management is

based on the risk assessment.

rotation. Blackleg overwinters on infected stubble, which is

Rotation Blackleg Risk Level Canola History

Blackleg pathotype. Just as overuse of herbicides with

crops. The Canola Council of Canada (CCC) recommends

representative.

Recommendations on Major Gene Rotation

Major gene resistance is effective but specific to a

the primary source of inoculum in subsequent canola

be obtained by connecting with your local BrettYoung

in disease severity, a 17.2% loss in seed yield can be

Managing Blackleg using information from this system is

pathotypes (races) at early growth stages

Further information on your specific Blackleg situation can

Incidence (% of plants infected in last canola crop)

Recommendations • Changes may not be necessary • Consider changing variety resistance profile if you are considering shortening your rotation • Control volunteers and host weeds in rotation crops

Low

3–4 years

Less than 5%

Medium

2–3 years

5–20%

the same mode of action can cause herbicide resistance

a minimum of three years between canola crops to allow

in weeds, repeated use of the same variety (or major

for breakdown of stubble to reduce the disease inoculum

gene resistance group) can lead to intense selection

level. Controlling volunteer canola and host weeds in

• • • •

pressure for different Blackleg pathotypes. Ultimately,

off-years is also an important part of rotation management.

this may lead to erosion of the resistance provided by

The use of early in-season fungicides can help manage

that specific Blackleg gene. The major gene

Blackleg. However, fungicides serve as a protectant; to

identification system allows growers and agronomists to

have any impact, they must be applied before the

identify the specific genes present in a canola variety.

High

1

development of the disease. Helix® Saltro®, a seed 10

2 years or less

Consider changing to a variety that has a different resistance profile Consider increasing the length of your rotation Consider using a fungicide at early stages Control all volunteers and host weeds in rotation crops

• Change to a variety with a different resistance profile to match the predominant pathogen race • Lengthen your crop rotation • Use a seed treatment that offers blackleg protection • Use early application of fungicide to reduce inoculum buildup (highest benefit is on susceptible varieties) • Control volunteers and host weeds in rotation crops

Greater than 20%

ang, Y., Strelkov, S., & Hwang, S.-F. (2020). Yield losses in canola in response to W blackleg disease. NRC Research Press, 488-494. doi:10.1139/cjps-2019-0259

11

CANOLA

resistance. Canola varieties protect themselves against

observations in previous years, should consider rotating

pathogen races present.

For product performance information and trial results, visit brettyoung.ca/Performance.

CANOLA PORTFOLIO Industry-Leading Varieties Realize your yield potential with BrettYoung canola. BrettYoung has industryleading varieties in the TruFlex™ canola with Roundup Ready® Technology, Roundup Ready® and Clearfield® systems, sourcing the best technology and genetics to keep your farming operation profitable.

Canola Portfolio – Summary of Key Characteristics Variety

System

Yield Potential1

Average % Oil Content

Plant Height (inches)

Pod DefendR

Blackleg Rating

Major Gene ID

Clubroot Rating

Sclerotinia Rating

R - CG

Rlm3 RlmS

–

DefendR Disease Resistance

Seed Size2

Relative Days to Maturity3

Seedling Vigor

Lodging Rating

–

M

88

1

2

BY 6211TF

1

3

38

NEW

BY 6207TF

1

2

44

-

R-C

Rlm3

R (Next-generation** resistance)

–

M

92

1

1

BY 6204TF

1

2

38

-

R - CE1

Rlm3+4

R (1st generation* resistance)

–

M

88

1

2

6090 RR

1

3

42

-

R - CE1

Rlm3+4

R (1st generation* resistance)

-

M

91

1

1

6074 RR

1

3

43

-

R-C

Rlm3

-

IT

M

91

1

1

4187 RR

1

2

43

-

R - CE1

Rlm3+4

R (1st generation* resistance)

-

M

91

2

1

6070 RR

1

2

42

-

R-C

Rlm3

–

–

–

M

91

2

2

BY 5125CL

1

3

42

-

R - CE1

Rlm3+4

R (1st generation* resistance)

–

–

M

89

2

1

1

Estimated yield potential based on Canadian Registration Co-op trial and US University Trial results

2

Individual lot seed size information is printed on the canola bag tag

3

Maturity based on NDSU and private trial data converted to 90 DTM base

+

1st generation resistance means resistant to pathotypes 2F, 3H, 5I, 6M and 8N (these are equivalent to pathotypes 2, 3, 5, 6, 8 on the Williams' differential set).

*

For direct harvest information and disclaimers, please visit brettyoungusa.com/DirectHarvest

Canola Seed Treatments

Base Treatment

Base Treatment

Add-on Treatment

BY 6211TF

✔

✔

✔

BY 6207TF

✔

✔

✔

BY 6204TF

✔

✔

✔

retailer for full details on canola seed treatment options.

6090 RR

✔

✔

Helix Saltro offers protection not only against flea

6074 RR

✔

✔

beetles, Rhizoctonia, Fusarium, Pythium, and seedling

4187 RR

✔

✔

disease complex but also against airborne blackleg

6070 RR

✔

✔

Most BrettYoung canola varieties come treated with Helix® Saltro®. Prosper® Evergol® and BUTEO™ start are

Ratings

Oil Content Rating

Seed Size (seeds per lb)

Disease Rating

also offered on selected hybrids. The add-on seed

1 = Excellent 2 = Very Good 3 = Good 4 = Fair

1 2 3 4

L = Large (<100K) M = Medium (100K to 120K) S = Small (>120K)

R = Resistant

treatment Recover® PO4 is also available. Speak with your

= >2.5% above variety checks = 1 – 2.5% above variety checks = 0 – 1% above variety checks = < variety checks

IT = Increased Tolerance vs. susceptible varieties (WCC/RCC – approved protocols)

®

®

infection at the most critical timing.

12

Base Treatment

BY 5125CL

13

✔

✔

✔

CANOLA

NEW

CANOLA VARIETIES NEW

CANOLA VARIETIES

NEW

MANI R2X MAR

BY 6207 TF

BY 6204 TF

Our Premier Clubroot DefendR® Variety with TruFlex Herbicide Technology

TruFlex canola with Roundup Ready® Technology Variety with DefendR® Blackleg Protection

• BrettYoung’s premier variety with Pod DefendR – a shatter reduction trait

• TruFlex canola hybrid equipped with the latest in herbicide trait technology

• TruFlex canola hybrid equipped with the latest in herbicide trait technology

• TruFlex canola hybrid equipped with the latest in herbicide trait technology

• Clubroot resistance (next-generation** resistance), including resistance to newer pathotypes such as 2B, 3A, 3D and others

• DefendR-rated Blackleg resistance plus Clubroot protection

•M edium-long maturity suitable for mid- and longseason zones

Features

®

™

•D efendR-rated Blackleg resistance •M edium-long maturity suitable for mid- and longseason zones

1

Yield Potential1:

1

Average % Oil Content:

3

Average % Oil Content:

2

Plant Height (inches):

38

Plant Height (inches):

44

Blackleg Rating:

R - CG

Blackleg Rating:

R-C

Major Gene ID:

Rlm3, RlmS

Major Gene ID:

Rlm3

Clubroot Rating:

–

Clubroot Rating:

R (Next-generation** resistance)

Sclerotinia Rating:

–

Sclerotinia Rating:

–

Seed Size:

M

Seed Size:

M

Relative Days to Maturity2:

88

Relative Days to Maturity2: 92

Seedling Vigor:

1

Lodging Rating:

2

115%

Seedling Vigor:

1

Lodging Rating:

1

115%

Performance in Trials4 105%

100%

100%

95%

Features

Yield Potential1:

1

Yield Potential1:

1

Average % Oil Content:

2

Average % Oil Content:

3

Plant Height (inches):

38

Plant Height (inches):

42

Blackleg Rating:

R - CE1

Blackleg Rating:

R - CE1

Major Gene ID:

Rlm3+4

Major Gene ID:

Rlm3+4

Clubroot Rating:

R (1st generation resistance)

Clubroot Rating:

R (1st generation* resistance)

Sclerotinia Rating:

–

Sclerotinia Rating:

–

Seed Size:

M

Seed Size:

M

Relative Days to Maturity2:

88

Relative Days to Maturity2:

91

Seedling Vigor:

1

Seedling Vigor:

1

Lodging Rating: 115%

2

Lodging Rating:

1

90%

85%

85%

BY 6211TF

105% 100%

100%

14

104

99%

40% 20%

WCC/RCC Checks (45H33/L233P)

0% 2017 Average HyClass 955

PS 5000

Oil Content Rating: 1=>2.5% above variety checks, 2=1-2.5% above variety checks, 3=0-1% above variety checks, 4=<variety checks Seed Size (seeds per lb): L=Large (<100K), M=Medium (100K to 120K), S=Small (>120K) Disease Rating: R = Resistant, IT = Increased Tolerance vs. susceptible varieties (WCC/RCC-approved protocols)

Estimated yield potential based on Canadian Registration Co-op trial and U.S. University trial results 2 Maturity based on NDSU and private trial data converted to 90 DTM base 3 Canadian registration trial 4 2017 North Dakota State University and ADM/Agro-Tech Inc. variety trials * 1st generation resistance means resistant to pathotypes 2F, 3H, 5I, 6M and 8N (these are equivalent to pathotypes 2, 3, 5, 6, 8 on the Williams' differential set) Ratings: 1 = Excellent, 2 = Very Good, 3 = Good, 4 = Fair 1

Developed by:

106%

60%

6090 RR

WCC/RCC Checks

Available with:

100%

% of Trial Mean

80%

90%

Oil Content Rating: 1=>2.5% above variety checks, 2=1-2.5% above variety checks, 3=0-1% above variety checks, 4=<variety checks Seed Size (seeds per lb): L=Large (<100K), M=Medium (100K to 120K), S=Small (>120K) Disease Rating: R = Resistant, IT = Increased Tolerance vs. susceptible varieties (WCC/RCC-approved protocols)

Available with:

Performance in Trials4

85%

BY 6207TF

RR Standard

Estimated yield potential based on Canadian Registration Co-op trial and U.S. University trial results 2 Maturity based on NDSU and private trial data converted to 90 DTM base 3 Canadian registration trial 4 2017 North Dakota State University and ADM/Agro-Tech Inc. variety trials * 1st generation resistance means resistant to pathotypes 2F, 3H, 5I, 6M and 8N (these are equivalent to pathotypes 2, 3, 5, 6, 8 on the Williams' differential set) Ratings: 1 = Excellent, 2 = Very Good, 3 = Good, 4 = Fair 1

*

120%

BY 6204TF 90%

• Adapted to mid- and long-season zones

• A true mid-maturity product suitable for all production zones

95%

95%

• The next step in yield performance

Performance in Trials3

100

100

101

Performance in Trials3 105%

• Industry-leading DefendR-rated Blackleg performance plus Clubroot protection

™

Features

Yield Potential1:

NOC

Available with:

Available with:

15

Developed by:

CANOLA

Features

XX

High yield potential with first generation Clubroot Protection

100

A New Level of Pod Shatter Resistance with DefendR® Blackleg Protection

™

102

BY 6211 TF

MANI R2X MARDUK R2X

XX

NOCOMA R2

XX CANOLA VARIETIES

CANOLA VARIETIES

4187 RR

BY 5105 CL

BY 5125 CL

DefendR® Rated Blackleg Protection Plus Clubroot Protection

Market Leading Yield Performer • Yield leader

An Outstanding Yield Performer in CL* the Clearfield® Segment

• High performance with industry-leading disease resistance

• Produces a heavily podded impressive crop

• 1st generation* Clubroot protection

• Excellent standability making harvesting easier

• Blackleg resistant

• Blackleg resistant

• Clubroot resistant (1st generation resistance)

• Very good oil content

• Consistent performer with excellent harvestability

• Impressive canopy

• Can be marketed under the Clearfield (non-GMO) canola premium programs

Features

Features

The Yield Leader • The Roundup Ready® canola variety with yields to challenge InVigor® • Improved tolerance to Sclerotinia Stem Rot

2

*

5565

• Excellent standability

Features

Features 1

Yield Potential1:

1

Yield Potential1:

1

Yield Potential1:

1

Average % Oil Content:

3

Average % Oil Content:

2

Average % Oil Content:

2

Average % Oil Content:

3

Plant Height (inches):

43

Plant Height (inches):

43

Plant Height (inches):

42

Plant Height (inches):

42

Blackleg Rating:

R-C

Blackleg Rating:

R - CE1

Blackleg Rating:

R-C

Blackleg Rating:

R-C

Major Gene ID:

Rlm3

Major Gene ID:

Rlm3+4

Major Gene ID:

Rlm3

Major Gene ID:

Rlm3

Clubroot Rating:

–

Clubroot Rating:

R (1st generation resistance)

Clubroot Rating:

–

Clubroot Rating:

R (1st generation* resistance)

Sclerotinia Rating:

IT2

Sclerotinia Rating:

–

Sclerotinia Rating:

–

Sclerotinia Rating:

–

Seed Size:

M

Seed Size:

M

Seed Size:

M

Seed Size:

M

Relative Days to Maturity2:

91

Relative Days to Maturity2:

91

Relative Days to Maturity2:

91

Relative Days to Maturity2:

89

Seedling Vigor:

1

Seedling Vigor:

2

Seedling Vigor:

2

Seedling Vigor:

2

Lodging Rating:

1

Lodging Rating:

1

Lodging Rating:

2

Lodging Rating:

1

106%

120% 100%

99%

100%

103%

106%

% of Trial Mean

120%

99%

110%

104%

101%

100%

110% 105%

80%

80%

60%

60%

60%

100%

40%

40%

40%

95%

20%

20%

20%

0%

0%

0%

80%

6074 RR

HyClass 955

4187 RR

PS 5000

HyClass 955

Developed by:

Available with:

16

85%

Average 6074 RR

PS 5000

Oil Content Rating: 1=>2.5% above variety checks, 2=1-2.5% above variety checks, 3=0-1% above variety checks, 4=<variety checks Seed Size (seeds per lb): L=Large (<100K), M=Medium (100K to 120K), S=Small (>120K) Disease Rating: R=Resistant, IT=Increased Tolerance vs. susceptible varieties (WCC/RCC-approved protocols)

Estimated yield potential based on Canadian Registration Co-op trial and U.S. University trial results 2 Maturity based on NDSU and private trial data converted to 90 DTM base 3 2017 North Dakota State University and ADM/Agro-Tech Inc. variety trials * 1st generation resistance means resistant to pathotypes 2F, 3H, 5I, 6M and 8N (these are equivalent to pathotypes 2, 3, 5, 6, 8 on the Williams' differential set).

Ratings: 1=Excellent, 2=Very Good, 3=Good, 4=Fair 1

Available with:

90%

2017 Average

2017 Average

100

109%

Performance in Trials3

% of Trial Mean

% of Trial Mean

120%

Performance in Trials4

Performance in Trials3

106

Performance in Trials3

*

HyClass 955

BY 5125CL WCC/RCC Checks (46H75)

PS 5000

Oil Content Rating: 1=>2.5% above variety checks, 2=1-2.5% above variety checks, 3=0-1% above variety checks, 4=<variety checks Seed Size (seeds per lb): L=Large (<100K), M=Medium (100K to 120K), S=Small (>120K) Disease Rating: R = Resistant, IT = Increased Tolerance vs. susceptible varieties (WCC/RCC-approved protocols)

Estimated yield potential based on Canadian Registration Co-op trial and U.S. University trial results Maturity based on NDSU and private trial data converted to 90 DTM base 3 Canadian registration trial * 1st generation resistance means resistant to pathotypes 2F, 3H, 5I, 6M and 8N (these are equivalent to pathotypes 2, 3, 5, 6, 8 on the Williams' differential set) Ratings: 1 = Excellent, 2 = Very Good, 3 = Good, 4 = Fair 1

2

Available with:

Developed by:

Available with:

17

Developed by:

CANOLA

Yield Potential1:

KEYS TO SUCCESS IN CANOLA

BRETTYOUNG COMPARISON TRIALS

Control What You Can Control

Our Commitment to Proving Performance

Manage the factors of success within your control to be optimally prepared for the factors beyond your control.

The BrettYoung Comparison Trials (BCTs) are designed to compare key BrettYoung commercial and pre-commercial

Hybrid Selection

relative to other crops. Sulfur is taken up by canola in the sulfate form. Elemental sulfur is not immediately available to the canola plant, so fertilizer programs incorporating sulfate fertilizer are recommended for sulfur-deficient soils.

Hybrids are developed with yield, maturity and disease resistance as the key selection criteria. Selecting the proper hybrid for your situation is key for maximum yield performance.

Early Weed Control

Disease Management

Weeds are highly competitive and can use up resources – moisture, nutrients, access to sunlight – that would otherwise be available to the crop. Yield loss from weed competition can be significant. Best practices are to control weeds early with a combination of pre-seed weed control and one in-crop application before the four-leaf stage.

Blackleg, Clubroot and Sclerotinia are significant diseases plaguing canola crops in the Northern U.S. Blackleg: The management of this disease involves an integrated system: field scouting, use of resistant varieties, crop rotation and fungicide application.

Sclerotinia: Choosing varieties with excellent standability and genetic resistance, along with field monitoring and fungicide applications when conditions warrant, is the best approach to managing Sclerotinia.

Seed Early Data from university research conducted in the northern U.S. shows the potential benefits in yield outweigh the risks of frost damage by seeding canola early. Considerations when seeding early include increasing the seeding rate to account for higher seedling losses early in spring. We recommend increasing target seedling rate by 10 to 20% for early season planting.

Canola is susceptible to damage by flea beetles early in the spring. Seed is treated with insecticide to protect against flea beetle damage. Under certain conditions, flea beetle pressure may require additional post-emergent insecticide applications. Monitor the crop at emergence for flea beetle pressure. If damage is evident, monitor closely and be prepared to spray if cotyledon damage exceeds 10 to 20%. Once plants are larger at the one- to two-leaf stage, the canola is able to outgrow the potential damage.

Early damage to cotyledons and stems at emergence and cotyledon stage is normally protected by Helix Vibrance, Helix Saltro or BUTEO start seed treatments, but needs to be monitored closely.

Swath Timing Don’t swath too early. Research indicates that the optimum time to swath is when an average of 60% seed color change (SCC) appears on the main stem. Delaying swathing of any canola variety up to this stage can typically improve yield and quality through increased seed size, reduced green seed and higher oil content, while avoiding economic shattering losses prior to or during swathing.

Seed to a Target Population Canola has traditionally been seeded at 5 lbs per acre. This was fine when all varieties were open-pollinated. Modern hybrids can vary significantly in seed size and can perform better at lower plant populations than previous research has shown with open-pollinated varieties. Target for populations of more than five plants per square foot for hybrid varieties.

Dry Crops Sufficiently Improper storage of canola can be costly. Dry canola as soon as possible; if you can’t dry tough or damp canola immediately, aerate continuously and move canola between bins to prevent spoilage. Store canola at 10% moisture or lower and monitor bins for heating.

Fertilize for Optimum Yield Nitrogen and sulfur are key nutrients for high canola yields.

A 2,000 lb/acre crop will use 120 to 140 lbs/acre of nitrogen and 25 to 30 lbs/acre of sulfur. Canola is a high user of sulfur 18

varieties to the market and providing information to help you make your variety selections. The BCT sites are replicated field-scale strip trials managed by growers in conjunction with an independent management company or a BrettYoung territory manager. Now you can tour our trial sites – virtually! For latest product insights and trial results, which will be published in the fall of 2021, visit virtual-plot-tours.brettyoung.ca.

2021 Canola Trial Sites Province

Trial Type

Seeding Date

Beiseker

AB

RR/TF

May 15

Lamont

AB

RR/TF

Provost

AB

Westlock Bruno Bulyea

Location

Province

Trial Type

Seeding Date

Tisdale

SK

RR/TF

May 20

May 14

Waldheim

SK

RR/TF

May 7

RR/TF

May 16

Watrous

SK

RR/TF

May 19

AB

RR/TF

May 13

Yorkton

SK

RR/TF

May 29

SK

RR/TF

May 13

Neepawa

MB

RR/TF

May 17

SK

RR/TF

May 18

Pilot Mound

MB

RR/TF

May 18

Portage

MB

RR/TF

May 18

Naicam

SK

RR/TF

May 18

North Battleford

SK

RR/TF

May 15

RR = Roundup Ready

TF = TruFlex

Location

Canola Trials Summary The BCT program showcases new and existing BrettYoung products and allows growers to see for themselves the variety’s agronomic characteristics such as maturity and harvestability. BCTs also serve to generate local yield data as well as comparative data to other leading competitive products. The 2021 BCTs will feature our newest variety, BY 6211TF, a product with the new Pod DefendR trait and exceptional yield potential and yield stability.

Virtual Plot Tours In-field goes online Latest product insights Trial results

virtual-plot-tours.brettyoung.ca 19

CANOLA

Monitor Insects Early

Clubroot: Choosing resistant hybrids, crop rotation, reduced tillage and proper equipment sanitation are all key management practices to reduce Clubroot incidence.

varieties head-to-head against other leading varieties. The BCTs represent our commitment to bringing superior

BIOLOGICALS BrettYoung delivers class-leading inoculant products for growers through our partnerships with leading biological manufacturers.

BIOLOGICALS

20

21

FOR NORTH AMERICAN FARMERS

TESTED FOR

REAL LIFE

INNOVATIVE BIOLOGICALS

Rizobacter is a global company strongly committed to delivering sustainable solutions to farmers around the world. Throughout Rizobacter’s 44-year history, excellence in quality and continuous innovation has been central, enabling the company to develop state-of-the-art technologies to position itself at the forefront of the biologicals industry.

RIZOBACTER AT A GLANCE • Rizobacter is uniquely focused on biological products and their commitment to research means groundbreaking products that consistently increase crop productivity

stress tolerance through unique manufacturing processes

Sufficient nodulation is critical for successful soybean and pulse crop production.

Rizobacter’s innovative compatibility testing process is another example of their commitment to develop unique technologies and processes to improve rhizobia performance.

Rizobacter’s research consistently shows that high numbers of rhizobia per seed do not always result in effective nodulation, but that size, number and position of nodules on roots are significant determinants of crop performance. Rizobacter’s compatibility testing process ensures superior inoculant performance in the field by evaluating not only the number of rhizobia per seed but the size and position of nodules on roots to ensure effective nodulation in combination with other seed-applied products.

Contact your retailer or visit brettyoung.ca/compatibility for seed treatment, fertilizer compatibility and planting window information.

• Products

come in convenient, allin-one formulations, eliminating the time-consuming process of mixing multiple components

• Rizobacter technologies increase rhizobial inoculant efficacy and

SUPPORTED BY AN

INNOVATIVE PARTNERSHIP BIOLOGICALS

BrettYoung and Rizobacter working together means new, class-leading inoculant products are now available to growers in Western Canada and the U.S. Northern Plains states, backed by BrettYoung service and support.

22

23

INNOVATIVE TECHNOLOGIES

OSMO PROTECTOR TECHNOLOGY

BIO-INDUCER TECHNOLOGY To accomplish nodulation, plant roots and rhizobial bacteria communicate using various chemical signals. This starts with a plant’s roots releasing compounds to signal nearby rhizobia that the plant is a receptive host. In turn, rhizobia respond with additional chemical signals, (called nodulation determinants) initiating the nodulation process.

Osmo Protector Technology strengthens the cell walls of rhizobial bacteria through a longer, stress-inducing manufacturing process. This enhances on-seed survival and performance through added protection against adverse conditions, including high temperature, low moisture availability and chemical (seed treatment) stresses.

RIZOBACTER IS A LEADER IN AGRICULTURAL INOCULANT RESEARCH AND DEVELOPMENT, WITH WELL-ESTABLISHED TECHNOLOGIES THAT ENHANCE CROP GROWTH.

CONVENTIONAL

These nodulation determinants include: • Nod Factors – Chemical compounds released by the rhizobia bacteria, signalling the plant to initiate nodulation • Lipopolysaccharides (LPS) – Long chain fatty acid molecules responsible for the development of the infection tube • Type Three Secretion System (T3SS) – A protein structure used to transport substances between the cells of the rhizobia and the plant

OSMO PROTECTOR TECHNOLOGY (OPT)

Their products deliver consistent performance in less-than-ideal environmental conditions, to ensure crops are not limited by inoculant performance and nitrogen fixation.

Bio-Inducer Technology assists by stimulating earlier production of specific nodulation determinants through introducing rhizobia to plant-based signalling compounds, called Bio-Inducer components, during the manufacturing process. These compounds mimic what plant roots release naturally in the soil, inducing the rhizobia to respond by releasing nodulation determinants, just as if they were already in the presence of a receptive host.

RHIZOBIA

The early presence of these nodulation determinants accelerates the nodulation process in the soil and improves nodulation on a plant’s crown and primary roots, where nodules are most effective. This maximizes nitrogen fixation and yield potential, and delivers more consistent performance under all conditions.

CONVENTIONAL

BIO-INDUCER TECHNOLOGY

Conventional rhizobia inoculant is more susceptible to mortality losses from stress, which can affect nodulation.

Rhizobia with OPT has improved resistance to stress, delivering more consistent nodulation in challenging conditions.

MANUFACTURING

Rhizobia

Rhizobia

Food Source

Fermentation Tank

Fermentation Tank

Bio-induced Rhizobia Expressing Nodulation Determinants

Conventional Rhizobia

Rhizobia manufactured with Bio-Inducer Technology do not need to wait for a signal from the plant before producing nodulation determinants. This reduces the time required to initiate nodulation and maximizes nitrogen fixation.

24

Root Hair

Root Hair

BIOLOGICALS

NODULATION

Conventional inoculant waits to receive a chemical signal from the plant root (1) before it begins to produce nodulation determinants (2) to initiate nodulation (3).

Rhizobia Expressing Nodulation Determinants

Bio-Inducer Components

Food Source

3 1 2

Chemical Signalling Compounds

25

™

Signum Soybean is an effective and convenient inoculant equipped with both Osmo Protector and Bio-Inducer Technologies to promote quicker biological fixation of nitrogen, allowing soybean growers to maximize yields even in stressful growing conditions.

Osmium Pea/Lentil is a convenient featuring Osmo Protector Technology and lentil growers with longer on-seed enhances performance in challenging

PRODUC T INFO R M ATIO N:

PRODUC T INFO R MATION:

Formulation

Bradyrhizobium japonicum Liquid Suspension

Formulation

Rhizobium legum bv. viciae Liquid

Guaranteed Analysis

1 x 1010 CFU/ml

Guaranteed Analysis

1 x 109 CFU/ml

Technology

Bio-Inducer Technology and Osmo Protector Technology

Technology

Osmo Protector

Crops

Soybean

Crops

Pea, Lentil & Faba

Application

On-seed

Application

Application Rate

130 ml per 100 kg 2 fl. oz. per 100 Ibs

On-Seed Life

Up to 120 days

Package Size

11.84 L – treats 400 units (20,000 lbs); 1.18 L – treats 40 units (2,000 lbs)

1

26

liquid inoculant to provide pea survival and environments.

Osmium Chickpea is a new inoculant featuring Osmo Protector Technology that provides chickpea growers a liquid formulation with on-seed survival that outperforms all other peat and liquid inoculants and enhances performance in challenging environments.

PRODUC T INFOR MATION: inosarum Suspension

Formulation

Mesorhizobium ciceri Liquid Suspension

Guaranteed Analysis

1 x 109 CFU/ml

Technology

Technology

Osmo Protector Technology

Bean

Crops

Chickpea

On-seed

Application

On-seed

Application Rate

200 ml per 100 kg 3 fl. oz. per 100 Ibs

Application Rate

200 ml per 100 kg 3 fl. oz. per 100 Ibs

On-Seed Life

Up to 15 days1

On-Seed Life

Up to 15 days1

Package Size

2 x 5.45 L – treats

Package Size

2 x 5.45 L – treats 200 bu (12,000 lbs)

200 bu (12,000 lbs)

Bio-Inducers

High Concentration

Accelerates initial, early communication between rhizobia and plant roots and triggers earlier nodulation for maximum nitrogen fixation.

Higher rhizobia concentration delivers more bacteria per seed at lower application rates.

Enhanced Performance in Challenging Environments

Longer Survival On-seed

All-In-One Liquid Formulation

Osmo Protector Technology results in tougher bacteria that enhances performance in the field under adverse conditions.

This includes high temperatures, low water availability and chemical (seed treatment) stresses.

Osmo Protector Technology provides added protection for longer on-seed survival without requiring an extender. This allows growers much greater planting window flexibility compared to other seed-applied liquid and peat inoculants.

The convenient all-in-one liquid formulation improves application accuracy versus peat formulations and eliminates the additional product handling and bridging concerns of granular products.

1

27

Visit brettyoung.ca/compatibility for seed treatment compatibility information.

BIOLOGICALS

™

™

NEW Launcher inoculants are an effective and efficient source of rhizobia for soybean and pulse growers to ensure effective biological nitrogen fixation for their crops.

An Innovative Formulation of a Well-Proven Active

 Phosphate solubilizer with the same active ingredient as JumpStart® (Penicillium bilaii)

Formulation

Bradyrhizobium japonicum Peat Granular

Formulation

Bradyrhizobium japonicum Liquid Suspension

Crop

Soybean

Crop

Soybean

Application

In-Furrow

Application

On-Seed or In-Furrow

In Furrow Application Rate

3.8 lbs/per ac (4.4 kg/ha) 12 inch row

On Seed Application Rate

130 ml/per 100kg 2 fl.oz per 100 lbs

 C onvenient liquid formulation  Active ingredient makes soil and fertilizer phosphate more plant-available

Formulation

18.14 kg (40 lbs) or 235.87 kg (520 lbs)

Rhizobium legumimosarum biovar viciae Peat Granular Pea, Lentil

Application

In-Furrow

In Furrow Application Rate

3.8 lbs/per ac (4.4 kg/ha) 12 inch row

Package Size

18.14 kg (40 lbs) or 235.87 kg (520 lbs)

+

and leaf surface area

In Furrow Application Rate

5 ml per 100m 0.5 fl oz per 1000 ft

Active Ingredient

Penicillium bilaii (7.2 x 108 CFUs per ml)

On Seed Life

Up to 4 days

Formulation

Liquid

Package Size

11.84 L treated 400 units (20,000 lbs) 1.18 L treats 40 units (2,000 lbs)

Crops

Soybeans, peas, lentils, chickpeas (as well as alfalfa, canola, corn, dry beans and wheat – spring and winter)

Application

On-seed

Package Size

13.5 oz. (400 ml), 2.1 qt. (2 L)

Experience the productivity benefits of combining two powerful technologies by using Recover PO4 in conjunction with Rizobacter inoculants, including Signum Soybean, Osmium Pea/Lentil and Osmium Chickpea.

The powerful combination of a premium inoculant combined with Penicillium bilaii means efficient nitrogen fixation plus a proven phosphorous solubilizer to make soil and fertilizer phosphate more plant-available.

28

29

BIOLOGICALS

Crops

RIZOBACTER INOCULANTS

 Enhances early vigor, increases root growth

PR O D U C T I N FO R M AT I O N : Package Size

A POWERFUL COMBINATION

2022 PRODUCT GUIDE CANOL A

Contact your local ag-retailer or BrettYoung for more information.

HEAD OFFICE

BrettYoung

Box 99 St. Norbert Postal Stn Winnipeg, MB Canada R3V 1L5 TOLL FREE

800.665.5015

@BrettYoungSeeds

brettyoungusa.com BrettYoung™ is a trademark of Brett-Young Seeds Limited. DefendR® and Recover® are registered trademarks of Brett-Young Seeds Limited. Osmium™ is a trademark of Rizobacter S.A. and Signum® is a registered trademark of Rizobacter S.A. Clearfield, and The UNIQUE CLEARFIELD SYMBOL and Clearfield are trademarks of BASF. ALWAYS READ AND FOLLOW PESTICIDE LABEL DIRECTIONS. Helix®, Rascendo® Vibrance®, Saltro® and the Syngenta logo are registered trademarks of a SyngentaGroup Company.

BAYER IS A MEMBER OF EXCELLENCE THROUGH STEWARDSHIP® (ETS). Bayer products are commercialized in accordance with ETS Product Launch Stewardship Guidance, and in compliance with Bayer’s Policy for Commercialization of Biotechnology-Derived Plant Products in Commodity Crops. Commercialized products have been approved for import into key export markets with functioning regulatory systems. Any crop or material produced from this product can only be exported to, or used, processed or sold in countries where all necessary regulatory approvals have been granted. It is a violation of national and international law to move material containing biotech traits across boundaries into nations where import is not permitted. Growers should talk to their grain handler or product purchaser to confirm their buying position for this product.

Excellence Through Stewardship® is a registered trademark of Excellence Through Stewardship.

ALWAYS READ AND FOLLOW PESTICIDE LABEL DIRECTIONS. Roundup Ready® Technology contains genes that confer tolerance to glyphosate. Glyphosate will kill crops that are not tolerant to glyphosate. Roundup Ready® and TruFlex™ are trademarks of Bayer Group.

All other trademarks are property of their respective companies. Printed in Canada 6166 08.21

I

BIOLOGICALS