2016 BASF Agricultural Product Guide

Transcription

Agricultural
Product
Guide 2016
Western Canada
Issue 2 (May 2016)
Maximize your production with our
portfolio of agricultural products.
New Solo® ADV herbicide provides reliable control of tough weeds, with rotational freedom in a
convenient liquid formulation. Faster dry down and better weed control with Heat® LQ herbicide
now includes support for pre-harvest applications on red lentils3. For canola growers interested
in straight cutting, Heat® LQ herbicide used for pre-harvest provides clear advantages in a
faster, more complete crop and broadleaf weed dry down while cleaning up the field for the next
season. It also remains a great choice for complementing and improving glyphosate burndown
in pre-seed applications over a variety of crops.
Potato growers also have products added to this season’s guide, with the inclusion of
Cabrio® Plus, Cantus®, Sercadis™ and new Forum™ fungicide for disease control, along with
Outlook® herbicide for pre-emergent weed control.
We’re here for the long term, listening to growers’ concerns and striving to make sure their
needs are met. Our research focus is dedicated to developing the best possible products for
agriculture, while respecting the diversity of the environment in which they are used.
Learn about the range and depth that BASF agricultural products provide Canadian growers in
2016. Discover our commitment to innovative solutions designed to ensure a successful and
profitable harvest.
1
AgCelence benefits refer to products that contain the active ingredient pyraclostrobin. 2 All comparisons are to untreated, unless otherwise stated. 3 BASF supports
the use of Heat LQ for pre-harvest for red lentils, however we are still in the process of aligning the Maximum Residue Limit (MRL) in the European Union with other trade
jurisdictions. NOTE: Heat LQ is supported for pre-harvest use on red lentil varieties only. DO NOT apply Heat LQ pre-harvest to green lentils. Please check with your
grain buyer prior to the pre-harvest application of Heat LQ in red lentils.
CROP SOLUTIONS
INOCULANTS
SEED TREATMENTS
Combining the unique active ingredient, Xemium® with proven AgCelence® benefits1, Priaxor®
fungicide continues its role in maximizing yield potential2 for canola, pulses, corn, soybeans
and other crops. New Insure® Pulse is the first truly systemic seed treatment for pulses and
flax in Canada, combining Xemium for more consistent and continuous protection along
with AgCelence benefits. Lance® AG is a new fungicide for canola and pulses that delivers
sclerotinia control, along with AgCelence benefits.
HERBICIDES
For soybean growers, BASF has renamed their high efficiency, single bioactive inoculants
under the Nodulator® brand. RhizUp® products now become Nodulator, providing growers
with the same performance they’ve come to know and trust. With the new names, BASF is
renewing its commitment to growers in providing a range of inoculants for higher performance
in soybeans.
FUNGICIDES
BASF understands that success in Western Canadian agriculture requires constant innovation.
We are committed to providing growers with the products and partnerships they need to
succeed today and into the future.
WEED & DISEASE
A commitment to the success of Canadian agriculture.
Potatoes
Soybeans
HERBICIDES
SEED TREATMENTS
Corn
FUNGICIDES
Canola
WEED & DISEASE
BASF Crop Solutions
Lentils
Peas
Wheat
INOCULANTS
CROP SOLUTIONS
COTYLEDON
3,5
3,5
2
2
EARLY FLOWER
BOLT
6TH LEAF
4,5
4,5
WEED & DISEASE
2
1
FUNGICIDES
HERBICIDES
SEED TREATMENTS
Registered for use on Clearfield® canola and Clearfield XCEED® Brassica juncea canola, and only in the Prairie Provinces. Not for use in the Peace Region of Alberta and British Columbia. Registered for use on Clearfield canola, Clearfield canola quality Brassica juncea, and Clearfield XCEED Brassica juncea canola, in the prairie provinces and Peace River area of British Columbia only.
3
For blackleg control, Priaxor® or Headline® fungicide may be tank mixed with herbicide application. 4
For alternaria black spot suppression, Priaxor or Headline fungicide may be tank mixed with Lance® fungicide application. 5
As part of BASF’s fungicide sustainability initiative, only one application of Priaxor or Headline fungicide per crop per year is permitted. 6
Apply when 60-75% of seeds have changed colour.
1ST LEAF
1
3RD LEAF
INOCULANTS
6
Staging graphics depicted here are for quick reference only. Refer to individual product pages
and product labels for detailed staging information.
GREEN POD
MID-FLOWER
Solutions for canola.
CROP SOLUTIONS
HARVEST
PRE-EMERGE
PRE-SEED
WEED & DISEASE
3RD LEAF
FUNGICIDES
5TH LEAF
HERBICIDES
7TH LEAF
SEED TREATMENTS
8TH LEAF
4TH LEAF
SPIKE
EMERGENCE
INOCULANTS
TASSEL
Solutions for corn.
CROP SOLUTIONS
HARVEST
2
POD FILL
LATE FLOWER
MID-FLOWER
EARLY FLOWER
9TH NODE
4TH NODE
1ST NODE
COTYLEDON
EMERGENCE
SEEDING
PRE-SEED
1
WEED & DISEASE
2
1
FUNGICIDES
HERBICIDES
SEED TREATMENTS
INOCULANTS
For details on compatibility between seed treatments and inoculants, see the Lentil Seed Applied Pesticide Compatibility Information document available on agsolutions.ca, call AgSolutions® Customer Care at 1-877-371-BASF (2273) or contact your BASF Sales Representative.
Registered for use on Clearfield® lentils in the prairie provinces and Peace River area of British Columbia only.
3
Registered for use on Clearfield lentils and only in the Prairie Provinces. Not for use in the Peace Region of Alberta and British Columbia. Not for use on field peas. 4
BASF supports the use of Heat® LQ herbicide for pre-harvest for red lentils, however we are still in the process of aligning the Maximum Residue Limit (MRL) in the European Union with other trade jurisdictions. NOTE: Heat LQ is supported for pre-harvest use on red lentil varieties only.
DO NOT apply Heat LQ pre-harvest to green lentils. Please check with your grain buyer prior to the pre-harvest application of Heat LQ in red lentils.
5
Apply when bottom 15% of pods are mature and brown with ripened seeds.
PRE-EMERGE
1
3
2
6TH NODE
4,5
Solutions for lentils.
CROP SOLUTIONS
HARVEST
2
POD FILL
LATE FLOWER
MID-FLOWER
EARLY FLOWER
6TH NODE
2ND NODE
1ST NODE
COTYLEDON
EMERGENCE
SEEDING
PRE-SEED
1
WEED & DISEASE
2
1
FUNGICIDES
HERBICIDES
SEED TREATMENTS
INOCULANTS
For details on compatibility between seed treatments and inoculants, see the Pea Seed Applied Pesticide Compatibility Information document available on agsolutions.ca, call AgSolutions® Customer Care at 1-877-371-BASF (2273) or contact your BASF Sales Representative.
Apply when majority of pods are brown (70 to 80%).
PRE-EMERGE
1
Solutions for peas.
CROP SOLUTIONS
HARVEST
GROUND
CRACKING
PLANTING
4
Darker areas reflect recommended
application periods for Forum™,
Cantus® and Sercadis™ fungicides.
TUBER
INITIATION
IN-FURROW
3
2
WEED & DISEASE
3
2
1
FUNGICIDES
HERBICIDES
Do not apply more than two (2) sequential applications before alternating to a labeled fungicide with a different mode of action for at least one (1) application.
To reduce the risk of the development of fungicide resistance, tank mix Forum fungicide with other fungicides. Do not apply more than 4 applications per season.
Do not apply more than 3 applications per year.
4
Do not apply more than 5 applications per season.
Darker areas reflect recommended
application periods for Cabrio® Plus
fungicide.
1
SEED TREATMENTS
ROW CLOSURE
INOCULANTS
1
CROP SOLUTIONS
TUBER BULKING
Solutions for potatoes.
SENESCENCE
COTYLEDON
EMERGENCE
PRE-EMERGE
PRE-SEED
WEED & DISEASE
FUNGICIDES
Apply when stems are green to brown, pods are mature (yellow, brown) and 80 to 90% of leaves have dropped.
1
3RD TRIFOLIATE
1ST TRIFOLIATE
HERBICIDES
EARLY FLOWER
5TH TRIFOLIATE
SEED TREATMENTS
INOCULANTS
LATE FLOWER
1
Solutions for soybeans.
CROP SOLUTIONS
HARVEST
FLAG-LEAF
PENULTIMATE
5TH LEAF
3RD LEAF
1ST LEAF
EMERGENCE
PRE-EMERGE
SEEDING
PRE-SEED
2
WEED & DISEASE
2
1
FUNGICIDES
HERBICIDES
SEED TREATMENTS
Registered for use on Clearfield® wheat varieties only.
AgCelence® benefits are obtained with Twinline® fungicide application at flag-leaf. Twinline can also be applied at other stages (earlier at the penultimate leaf stage, before the development of disease or early onset of disease).
1
EARLY HEAD
EMERGENCE
INOCULANTS
CROP SOLUTIONS
FULL HEAD
EMERGENCE
Solutions for wheat.
HARVEST
CROP SOLUTIONS
INOCULANTS
Nodulator®
SEED TREATMENTS
BASF Inoculants
Nodulator N/T
FUNGICIDES
Nodulator XL
WEED & DISEASE
Nodulator SCG
HERBICIDES
Nodulator PRO
An effective bioactive inoculant for increased yield potential in soybeans.
Peat granular and liquid
Each case contains
Inoculant activity
Peat granular: 1 x 18 kg bag
Nodulator® peat granular inoculant is guaranteed to contain a minimum
of 1 x 108 viable cells of Bradyrhizobium japonicum per gram. Nodulator
liquid inoculant is guaranteed to contain a minimum of 2 x 109 viable cells
of Bradyrhizobium japonicum per gram. The rhizobia help to increase
nodulation resulting in increased fixation of nitrogen for higher yield and
protein potential.
Liquid:
1 x 12.4 L bladder
Storage
Store in cool (1°C to 20°C), dry
place, out of direct sunlight, away
from pesticides and bulk fertilizers.
Do not allow to freeze.
Research shows that soybean inoculants promote:
greater plant vigour
greater root biomass
INOCULANTS
SoybeansPeat granular: Apply in furrow at time
of seeding
Liquid: Apply on seed within 3 days of
seeding or apply in furrow at time of seeding
more nitrogen-fixing nodules
higher yield potential
Storage and application tips
Peat granular formulation:
Store bags flat, on a pallet keeping off the ground.
Avoid direct contact with cold, damp surfaces.
Do not allow product to freeze.
Do not fill hoppers until prepared to get to the field.
Do not mix this product with granular pesticides or fertilizers during planting.
Remove any unused product from the hopper box at the end of each
day’s planting.
Do not allow product to sit in hopper overnight.
Liquid formulation:
Store product below 20ºC. DO NOT FREEZE.
Only use product that has been stored correctly.
Once opened, use inoculant within 24 hours.
Use before expiration date and only on soybeans.
Protect inoculated seed from high temperatures, sunlight or drying winds.
Avoid contact with caustic fertilizers.
HERBICIDES
Available formulations
Treatment
FUNGICIDES
Bradyrhizobium japonicum
Crops
If seed is not planted within 3 days from inoculation, the seed must
be re-inoculated.
WEED & DISEASE
Bioactive ingredient
Peat granular: Easy to handle and calibrate.
Liquid: Convenient, easy-to-use product that can be
applied on seed or in furrow.
SEED TREATMENTS
Sterile granular peat or liquid carrier containing nitrogenfixing Bradyrhizobium japonicum.
Increased root biomass with more nitrogen-fixing nodules
on every plant.
CROP SOLUTIONS
Formerly RhizUp®
inoculant
CROP SOLUTIONS
Application rates
Peat granular formulation: One bag will treat 2.5 to 3.1 ha (5.5 to 7.7 ac).
Row Width cm (in)
96.5 (38)
91.6 (36)
81.3 (32)
76.2 (30)
application rate
170 (6.0)
170 (6.0)
170 (6.0)
170 (6.0)
application rate kg/ha (lb/ac)
5.8 (5.2)
6.1 (5.5)
6.8 (6.2)
7.3 (6.6)
ha (ac) treated
3.1 (7.7)
3.0 (7.3)
2.6 (6.5)
2.5 (5.5)
grams per 306 meter row
(ounces per 1,000 feet row)
INOCULANTS
Apply at a depth that is the same or above the planting depth of the seed.
Auger Output (kg seed/min)
Auger Output (bu seed/min)
Flow Valve Setting
0
0
0
131
5
1
313
11
2
487
18
3
604
22
4
647
24
5
738
27
6
In-furrow application. The liquid inoculant should be applied at the rate of 29 ml non-diluted product
per 304 linear row meters (1 fl oz/1,000 linear row feet).
Refer to table below for application details:
Row Width
Recommended Rate
One Case Treats
38 cm (15 in)
2,560 ml/ha (1,035 ml/ac)
4.8 ha (12 ac)
51 cm (20 in)
1,900 ml/ha (770 ml/ac)
6.4 ha (16 ac)
76 cm (30 in)
1,240 ml/ha (500 ml/ac)
9.6 ha (24 ac)
91 cm (36 in)
1,100 ml/ha (445 ml/ac)
10.8 ha (28 ac)
Directions for use
See product label for detailed information regarding in-furrow and on-seed directions for use.
Seed treatment compatibility
HERBICIDES
Grain auger output depends on the speed and diameter of auger used. Estimate your auger flow then use
this chart to determine the flow valve setting that matches your auger output:
FUNGICIDES
Liquid formulation: One case will treat 165.2 bushels, 4,500 kg (9,840 lb) of seed, using 75 ml of
inoculant per 27.2 kg (1 bushel) of seed.
SEED TREATMENTS
For all row crop spacing’s below 76.2 cm (30 in) (including drilled legumes), use at least 7.3 kg/ha (6.5 lb/ac).
WEED & DISEASE
This inoculant is compatible with most seed treatments. Please see respective product labels or call
AgSolutions® Customer Care for further information.
Soybeans
Peat: Dry or damp inoculation on seed
Liquid: Applied on seed or in furrow
Inoculant activity
Self-adhering sterile peat
and liquid
Sterile peat formulation: Product contains a minimum of 2 x 109 viable
cells of Bradyrhizobium japonicum per gram and 1 x 108 viable cells of
Bacillus subtilis per gram.
Peat:
5 x 1.2 kg packages
or
Liquid: 1 x 12.4 L bladders and
4 x 100 ml bottles
Storage
Protect from temperatures below
1°C and above 20°C to 25°C.
Do not allow to freeze.
Liquid formulation: Product contains a minimum of 3 x 109 viable cells
of Bradyrhizobium japonicum per gram and 2.2 x 1010 viable cells of
Bacillus subtilis per gram.
Research shows that Biostacked soybean inoculants promote:
greater plant vigour
greater root biomass
more nitrogen-fixing nodules
higher yield potential
HERBICIDES
Each case contains
INOCULANTS
Treatment
Uninoculated
Biostacked inoculant
Source: BASF trials, 2007
Uninoculated
Source: University of Guelph trial, Stayner, ON, 2013
FUNGICIDES
Bacillus subtilis (MBI 600 strain)
Crops
WEED & DISEASE
Bioactive ingredients
Deliver multiple beneficial biologicals to
enhance performance of your soybeans.
Available in two separate formulations.
SEED TREATMENTS
Biostacked for greater nodule mass, faster canopy closure
and greater vigour.
Nitrogen-fixing rhizobium and Bacillus subtilis bacterium.
CROP SOLUTIONS
Biostacked® inoculants for higher yield potential in soybeans.
CROP SOLUTIONS
Application rates
Maintaining diversity
Performance
Treatable Seed Weight
375 kg/1.2 kg
1,875 kg
reduced rate
750 kg/1.2 kg
3,750 kg
1
Liquid formulation: One case will treat 200 units of seed.
On-seed use: 77 ml of rhizobium/bacillus mixture per 27.2 kg of seed.
In-furrow use: 30 ml of rhizobium/bacillus mixture per 304 meters of row.
1
Research shows that
Nodulator® N/T promotes greater
plant vigour, faster canopy closure
and higher yield potential.
Seed/Inoculant
standard rate
In fields where soybean root nodulation was found to be adequate in the previous soybean crop,
the recommended application rate may be reduced.
Sterile peat formulation
Damp inoculation. Apply sufficient water to dampen the seed (about 250 ml)
and thoroughly mix this product with the seeds to ensure even coating.
Days to canopy closure: Biostacked inoculant
vs uninoculated
Liquid formulation
5
Days Earlier
On-seed application. Apply at the specified rate for planter box or bulk seed
applications. See label for details.
69
70
71
72
73
74
Days to Canopy Closure
Source: BASF, 4 Station Years (n sites x n years)
75
Application tips
24 hour on-seed survivability when applied as directed.
Higher yield potential: Rhizobium only vs
42
Yield (bu/ac)
40
40.5
38.8
38
Liquid formulation
30 day on-seed survivability when used with a seed treatment and an
extender. Plant as soon as possible, within 10 days following inoculation.
The sterile peat inoculant is compatible with most seed treatments when
dry and can also be applied to specific treated seed when wet. Some seed
treatments are harmful to liquid inoculants. Please see respective product
labels for details.
36
34
32
30
Rhizobium only
FUNGICIDES
68
WEED & DISEASE
67
HERBICIDES
In-furrow application. The application rate per acre will vary according to
row width. See label for details.
Uninoculated
66
SEED TREATMENTS
Directions for use
Dry inoculation. Pour the correct amount of inoculant onto thin layers of
seed in the drill hopper and mix thoroughly to evenly coat seed.
INOCULANTS
Sterile peat formulation: One case will treat 82 to 165 units of seed.
The beneficial bioactive organisms,
Bradyrhizobium japonicum and
the MBI 600 strain of Bacillus
subtilis are common to Canadian
soils. No BASF inoculant products
sold in Canada contain genetically
modified organisms.
Professionally applied Biostacked® preinoculant with up to 60 days of on-seed survivability.
Applied on seed exclusively by bulk seed treaters.
Benefits
Formulation
Nodulator PRO contains a minimum of 1 x 1010 viable cells of
Bradyrhizobium japonicum per gram.
Liquid
One case contains
1 x 3 L PRO inoculant
1 x 3 L PRO conditioner
Integral biofungicide
Bacillus subtilis
Formulation
Liquid
Packaged separately
Packaged separately: Integral biofungicide contains Bacillus subtilis (no less
than 2.2 x 1010 viable spores per ml) and is required for the suppression of
seedling diseases caused by Rhizoctonia and Fusarium spp.1
Research has shown that applying the two beneficial biologicals present in
the Nodulator PRO preinoculant system can result in up to 6% more yield
than the competition.2
1
2
he biological fungicide activity of Integral is a PMRA registered label claim in Canada.
T
BASF, 76 station years (n sites x n years).
Application rates
One case of preinoculant will treat 4,536 kg (10,000 lbs) of seed.
1 x 400 ml bottle Integral
biofungicide
Nodulator PRO
(inoculant + conditioner)
Integral
130 ml3
9 ml
Rate per 100 kg seed
Storage
Protect cased product from
temperatures below 2°C and
above 15°C. Do not allow this
product to freeze.
3
lease refer to the product label for application rates without pesticides, as 139ml/100 kg is not
P
sufficient for even seed coverage and requires additional liquid volume (water and/or pesticide).
Uninoculated
Source: BASF trials, 2007
Uninoculated
Source: University of Guelph trial, Stayner, ON, 2013
INOCULANTS
Soybeans
SEED TREATMENTS
Treatment
HERBICIDES
Crops
FUNGICIDES
Nodulator PRO
Unique and exclusive package and bladder system
provides up to 60 days of on-seed survivability.
Low application volume and preinoculant convenience.
WEED & DISEASE
Biostacked preinoculant system provides the nitrogenfixing rhizobium of Nodulator® PRO plus the biofungicide
activity of Integral.
CROP SOLUTIONS
plus Integral®
biofungicide
42
Yield (bu/ac)
40.5
38.8
38
36
34
32
30
Rhizobium only
CROP SOLUTIONS
When applied with additional seed treatment(s)
Nodulator PRO preinoculant plus Integral for soybeans must be applied at a
rate of 139 ml/100 kg (2.0 fl oz per 100 lbs) of seed with no additional water
as long as the total liquid volume being applied (Nodulator PRO plus all other
seed treatment active/polymers/colorants) is at least 326 ml/100 kg (5.0 fl oz
per 100 lbs) of seed.
Both a wet sequential (also known as simultaneous), using a separate
application tank for the active chemicals/polymers/colorants (preferred), or
a tank mix can be used as application methods for this product.
If a tank mix application method is used, do not slurry the mixture for greater
than 4 hours prior to application to the seed.
For extended days on seed, we only recommend a wet sequential (also
known as simultaneous) application and keeping the inoculant in a separate
application tank. In this tank, the inoculant must be applied within 24 hours.
Application tips
The non-pesticide containing slurry should ideally be used during the same
day of mixing, within a maximum of 24 hours. The temperature of the slurry
should not exceed 20°C.
Ensure seed is clean to reduce bridging.
To ensure maximum survival of biological components, store
treated seed in a cool (can be below freezing), dry, covered and
unheated storage area close to floor level.
On-seed compatibility of Nodulator PRO preinoculant plus Integral fungicide
is dependent on application method and temperature at which seed is
packaged and stored.
Seed Treatment
Nodulator PRO system
on-seed survivability
ApronMaxx® RTA
60 to 105 days
CruiserMaxx Vibrance Beans
60 to 105 days
®
®
Some seed treatments are harmful to liquid inoculants and the application
method can affect the days-on-seed compatibility. Please see respective
product labels or call AgSolutions® Customer Care for further information.
SEED TREATMENTS
Higher yield potential: Rhizobium only vs
unicipal water sources do contain chlorine; however it can be used in combination with biologicals
M
if allowed to sit exposed to the environment (e.g. in open tank) for a minimum of 24 hours to allow for
chlorine to gas off.
INOCULANTS
4
Research shows that Nodulator
PRO inoculant plus Integral
promotes higher yield potential.
40
Calibrate pumps and metering system to apply a total of 326 ml/100 kg of seed.
HERBICIDES
Performance
When applying as a standalone treatment (no seed treatment)
With slurry tank agitator (or re-circulation pump) turned on, thoroughly
mix the appropriate volumes of Nodulator PRO liquid inoculant with the
Nodulator PRO conditioner, then add the separately packaged Integral
biofungicide and non-chlorinated4 water. Continuous and gentle agitation
throughout the mixing and application process will enhance application and
survival characteristics.
FUNGICIDES
The beneficial bioactive organisms,
Bradyrhizobium japonicum and
Bacillus subtilis are common to
Canadian soils. No BASF inoculant
products sold in Canada contain
genetically modified material.
Directions for use
WEED & DISEASE
Soybeans
applied directly in furrow
Formulation
Inoculant activity
Solid core granules
The product provides a reliable inoculant that is guaranteed to contain
a minimum of 8 x 107 viable cells of rhizobia per gram.
1 x 22.6 kg bag
1 x 364 kg mini-bulk Q-Pak
Storage
Store in a cool (10°C to 15°C),
dry place, away from pesticides
and bulk fertilizers.
Nodulator® solid core granular inoculant contains Bradyrhizobium
japonicum, a highly efficient, more active strain of rhizobium, selected
to perform on soybeans for increased yield potential.
The rhizobia help to maximize nodulation resulting in increased fixation
of nitrogen for higher yield and protein potential.
Typical peat granules
FUNGICIDES
Package options
INOCULANTS
Treatment
SEED TREATMENTS
Crops
Nodulator solid core granules
WEED & DISEASE
Durable, uniformly sized granules.
Low-dust formulation that is highly resistant to crumbling.
HERBICIDES
Technologically advanced granular carrier for rhizobia.
More accurate metering and precise placement in furrow.
CROP SOLUTIONS
Granular formulation for soybeans, designed for excellent flowability and better handling.
Apply granular inoculant directly in furrow at 2.3 kg/ac for a
minimum of 7” rows.
For row widths greater than 7”, apply granular inoculant at a
minimum of 2.3 kg/ac.
Directions for use
Apply granular inoculant directly in the furrow at a specified rate.
Performance
The uniform size of Nodulator
solid core granules allows them
to flow better through equipment.
In a sieve analysis compared to
peat granules, solid core granules
were 95% uniform with no dust
particles.
Do not mix granular inoculant with granular pesticides or fertilizers
during planting.
Product must not be applied at a depth that is less than the planting
depth of the seed.
For calibration purposes, this product has a bulk density of 0.90 grams
per cubic centimeter (56 pounds per cubic foot).
Application tips
Particle size comparison: Peat granules vs
Nodulator solid core granules
90
Peat
80
Solid core
70
60
Recommended for air seeders with application directly in furrow at time
of seeding.
Do not mix inoculant with granular pesticides or fertilizers during planting.
Remove any unused granules from the hopper box at the end of each
day’s planting.
30
20
10
0
3.35mm–1.00mm 1.00mm–710µm
710µm–425µm
Particle Size
Source: BASF sieve analysis
<425µm (dust)
This inoculant is compatible with most seed treatments when dry and can
also be applied to specific treated seed when wet.
FUNGICIDES
Environmental conditions may affect flowability of the product. Regularly
check metering system to ensure proper flow.
40
HERBICIDES
Do not allow granules to sit in a hopper overnight.
50
WEED & DISEASE
Percentage of Sample (%)
100
INOCULANTS
One bag will treat 10 acres (7” rows).
One Q-Pak will treat 160 acres (7” rows).
SEED TREATMENTS
The organism formulated into
this product is classified as
Bradyrhizobium japonicum.
All of the organisms used by
BASF inoculants are common to
genetically modified organisms.
CROP SOLUTIONS
Application rates
Highly efficient and more active strain of rhizobia,
available in three formulations.
Peat: Built-in adhesive qualities make inoculation
quick and simple.
CROP SOLUTIONS
Peat: Dry or damp inoculation on seed
Liquid: Apply directly on seed
Solid core granules: Applied directly
in furrow
Inoculant activity
Each case contains
Sterile peat formulation: Product contains a minimum of 1 x 109
rhizobia per gram.
Peat:
5 x 1.2 kg packages
or
Liquid formulation: Product contains a minimum of 7.5 x 108
rhizobia per gram.
Liquid:
3 x 7.5 L bladders
or
Solid core granular formulation: Product contains a minimum of 8 x 107
rhizobia per gram.
Solid core granules:
1 x 22.6 kg bag
or
1 x 364 kg mini-bulk Q-Pak
Storage
Store all products out of
direct sunlight.
Peat:
Protect from temperatures
above 25°C.
Liquid:
below 4°C and above 9°C.
Do not allow this product to freeze.
Solid core granules:
above 20°C.
Uninoculated peas
Nodulator XL peas
Source: BASF trials, Southern AB, 2012
Nodulator® XL inoculant contains Rhizobium leguminosarum biovar viceae,
a highly efficient, more active strain of rhizobium, selected to perform on
pea and lentil crops for increased yield potential.
SEED TREATMENTS
Self-adhering sterile peat,
liquid and light weight granules
Peas or lentils
The rhizobia help to maximize nodulation resulting in increased fixation
of nitrogen for higher yield and protein potential.
In 72 combined research trials over multiple years in Western Canada,
Nodulator XL outyielded competitive products more than 80% of the time.
Trial results showed yield increases of 3% to 8% and more, when
compared to yields from competitive products.
Application rates
Sterile peat formulation: One case will treat 110 bushels of seed.
HERBICIDES
Treatment
The standard rate of application is 1.2 kg per 600 kg of seed.
Liquid formulation: One case will treat 300 bushels of seed.
Inoculant Flow Rate
Seed/Auger Flow Rate
Flow Valve
Setting
ml/min
fl. oz/min
kg/min
lb (bu)/min
1
360
12
131
289 (5)
2
860
29
313
690 (11)
3
1,340
45
487
1,074 (18)
4
1,660
56
604
1,332 (22)
5
1,780
60
647
1,426 (24)
6
2,030
68
738
1,627 (30)
FUNGICIDES
Rhizobium leguminosarum
biovar viceae, strain 1435
Crops
WEED & DISEASE
Liquid: Convenient, easy-to-use product can be
applied up to 6 hours before seeding.
Solid core granules: Low-dust granular carrier that is
highly resistant to crumbling.
INOCULANTS
High-performance inoculants for yield boosts of 3% to 8% in peas and lentils.
CROP SOLUTIONS
Application rates continued
Apply solid core granular inoculant directly in furrow at 28.5 grams/1,000
linear row feet.
Row Spacing
Application Rate
Area Treated Per Bag
cm
in
kg/ha
lb/ac
ha
ac
17.8
7
5.3
4.7
68.7
170.2
Performance
20.3
8
4.6
4.1
79.1
195.1
Research shows that
Nodulator XL, in peas and lentils,
boosts yields up to 8% over the
competitor.
22.9
9
4.0
3.6
91.0
222.2
25.4
10
3.7
3.3
97.4
242.4
27.9
11
3.4
3.0
107.1
266.7
30.5
12
3.0
2.7
121.3
296.3
Directions for use1
Increased yield: Nodulator XL vs
competitor v
s uninoculated control
120%
Nodulator XL
For slurry application, damp inoculation or dry inoculation.
8%
+
Over competitor
Competitor
Liquid formulation
Adjust flow rate and apply on seed at the rates specified.
112%
Uninoculated
control 100%
95%
100%
105%
110%
115%
120%
125%
Solid core granular formulation
Apply directly in furrow at a specified rate. Do not apply at a depth that is
less than the planting depth of the seed.
1
Source: Independently generated field data from 87 station
years (peas) and 84 station years (lentils) (n sites x n years)
See respective labels of individual formulations for complete details on directions for use.
Application tips
Sow within 4 to 6 hours of inoculation. Re-inoculate if not sown within
24 hours.
INOCULANTS
Solid core granular formulation:
One bag will treat 10.6 acres (7” rows) to 18.5 acres (12” rows).
One Q-Pak will treat 170 acres (7” rows) to 296 acres (12” rows).
SEED TREATMENTS
The organism formulated into this
product is classified as Rhizobium
leguminosarum biovar viceae.
All of the organisms used by
BASF inoculants are common to
genetically modified organisms.
HERBICIDES
Uninoculated lentils Nodulator XL lentils
Source: BASF research farm, Lethbridge, AB, 2013
For details on seed treatment compatibility, see the Pea Seed Applied
Pesticide Compatibility Information and Lentil Seed Applied Pesticide
Compatibility Information documents available on agsolutions.ca, call
AgSolutions® Customer Care at 1-877-371-BASF (2273) or contact your
BASF Sales Representative.
WEED & DISEASE
Solid core granular formulation
Environmental conditions may affect flowability. Regularly check metering
system to ensure proper flow.
FUNGICIDES
Liquid formulation
Inoculated seed should be planted within 6 hours after application.
FUNGICIDES
HERBICIDES
SEED TREATMENTS
Insure® Cereal
WEED & DISEASE
BASF Seed Treatments
Insure Pulse
INOCULANTS
CROP SOLUTIONS
Water-based suspension
One case contains
2 x 9.8 L jugs
Also available in 120 L drum
and 450 L tote
Storage
below 0°C and above 30°C.
Increased seedling vigour above and below
ground, 20 days after seeding
Diseases controlled
In barley, oats, rye, triticale and wheat (all types incl. Clearfield
wheat).
Seed rot/pre-emergence damping-off caused by Fusarium spp.,
Cochliobolus sativus and Pythium spp.
Post-emergence damping-off caused by Pythium spp.
Seedling blight and root rot caused by Fusarium spp. and Pythium spp.
Seedling blight3 and root rot3 caused by Cochliobolus sativus
In barley.
Covered smut
False loose smut
In oats.
Covered smut
Loose smut
True loose smut
In rye, triticale and wheat (all types incl. Clearfield wheat).
Common bunt
Loose smut
Competitive treatment
Insure® Cereal
Source: AgSolutions Performance Trials, Hodgeville,
SK, 2015
®
1
2
3
HERBICIDES
Formulation
Standard slurry, gravity flow or mist-type seed treatment
Barley
Oats
Rye
Triticale
Wheat (all types incl. Clearfield® wheat)
AgCelence benefits refer to products that contain the active ingredient pyraclostrobin.
All comparisons are to untreated unless otherwise stated.
Suppression only.
FUNGICIDES
Triticonazole – Group 3
Metalaxyl – Group 4
Pyraclostrobin – Group 11
Crops and treatment
WEED & DISEASE
Active ingredients
More consistent and increased emergence, including
under cold conditions.2
Increased seedling vigour, both above and below ground.2
Enhanced ability to manage exposure to minor stresses.2
INOCULANTS
CROP SOLUTIONS
Broad-spectrum protection against seed- and soil-borne
diseases, including Fusarium graminearum and all other
species of fusarium, along with cochliobolus, pythium,
smuts and bunts.
SEED TREATMENTS
Provides the benefits1 of AgCelence® including broad-spectrum disease control and
increased growth efficiency for cereals.2
CROP SOLUTIONS
Bushels (bu)
per case
Bushels (bu) per
120 L drum
Bushels (bu) per
450 L tote
Barley
300 bu
1,837 bu
6,888 bu
Oats
422 bu
2,584 bu
9,689 bu
Rye, triticale
256 bu
1,567 bu
5,878 bu
Wheat
240 bu
1,470 bu
5,510 bu
Directions for use
Apply using standard slurry, gravity flow or mist-type seed treatment
application equipment.
When used at the recommended rate of 300 ml/100 kg of seed, no
additional dyes or dilutions with water are needed unless recommended by
the manufacturer of the seed treatment application equipment.
If recommended by the manufacturer of the seed treatment application
equipment, increase the use rate proportionally to the dilution rate
(e.g. add 100 ml of water to 300 ml of Insure Cereal, then apply at
400 ml/100 kg seed).
Insure Cereal
Please consult the seed treatment application equipment manufacturer
in question for further directions.
Source: BASF Research Authorization trials, 2012
Application tips
Increased yield potential in wheat, barley
and oats
Insure Cereal
Untreated
+4.65
Yield (bu/ac)
100
80
+1.75
60
+1.54
40
20
Insure Cereal seed treatment contains sufficient pigment to conspicuously
colour and coat treated seed. Regulations pertaining to the colouration of
treated seed enforced under the “Seeds Act” must be strictly adhered to
when using Insure Cereal.
Tank mixes
Wheat
n = 57
Barley
n = 21
Oats
n=9
None on label.
FUNGICIDES
Do not use treated seed for food, feed or oil producing.
120
0
Thorough seed coverage offers the best protection from seed-borne,
soil-borne, and seedling diseases.
SEED TREATMENTS
Crop
HERBICIDES
One case of Insure Cereal will treat 6,533 kg of seed (14,386 lb),
one drum treats 39,998 kg (88,180 lb), and one tote treats 149,992
kg (330,676 lb), all at 300 ml/100 kg of seed.
Increased seedling vigour in wheat
INOCULANTS
Application rates
WEED & DISEASE
Source: BASF Research Authorization trials and
AgSolutions Performance Trials, 2011-2013
CROP SOLUTIONS
One case contains
2 x 9.8 L jugs
Also available in 120 L drum
Storage
Store in cool, dry conditions,
away from feed or foodstuffs.
Do not freeze.
Diseases controlled and suppressed
Pulse diseases controlled.
Seed rot and seedling blight caused by soil-borne Fusarium spp.
and Pythium spp.
Seed rot, seedling blight and root rot caused by soil-borne Rhizoctonia solani
Seedling blight caused by seed-borne Ascochyta spp.
Pulse diseases suppressed.
Root rot caused by soil-borne Fusarium spp.
Seed rot and seedling blight caused by seed-borne Botrytis cinerea
Anthracnose seeding blight caused by
seed-borne Colletotrichum lindemuthianum
Flax diseases controlled.
Seed rot, seedling blight and root rot caused by soil-borne Fusarium spp.
and Rhizoctonia solani
1
AgCelence benefits refer to products that contain the active
ingredient pyraclostrobin.
HERBICIDES
Formulation
Use standard slurry or mist-type seed treatment
Field peas
Lentils (all classes)
Chickpeas
Dry beans
Faba beans
Flax (Linum usitatissimum)
FUNGICIDES
Metalaxyl – Group 4
Fluxapyroxad – Group 7
Crops (subgroup 6C) and treatment
WEED & DISEASE
Active ingredients
With Xemium®, for the first truly systemic fungicide seed
treatment for pulses and flax in Canada. Insure® Pulse provides
more consistent and continuous protection against seed- and
soil-borne diseases.
Enhanced ability to manage exposure to environmental stresses.
INOCULANTS
AgCelence benefits offering premium,
broad-spectrum disease control, more consistent
and increased germination and emergence,
including under cold conditions.
Enhanced seedling vigor above and below ground.
SEED TREATMENTS
AgCelence® benefits1 for maximized pulse and flax production.
CROP SOLUTIONS
Field peas
120 bu
Lentils (all classes) 120 bu
Chickpeas
120 bu
Flax2642 to 128 bu
Faba beans 120 bu
Dry beans 120 bu
Insure Pulse
24 DAS
DAS = Days after seeding
2
Lentil – Number of plants emerged under
Fusarium disease pressure
9.5
8
4
When used at the recommended rate, no additional dyes or dilutions with
water are needed unless recommended by the manufacturer of the seed
treatment application equipment.
7.0
6
4.1
2
0
Untreated
Competitor 1
Competitor 2
Insure Pulse
Source: Third party generated registration data, 2013
Flax – Emergence
Insure Pulse
% increase over untreated
150
n=3
Untreated
140
130
132
110
100
100
100
Evaluation 1
Evaluation 2
Evaluation 3
7 - 14 days
21 - 24 days
31 - 34 days
Each evaluation was completed on the same row at
3 different dates for each treatment.
Field pea – Number of plants emerged
under Botrytis disease pressure
Emerged plants /m of row
6
5
4.9
4
3
3.7
3.9
3.9
Competitor 1
Competitor 2
2
1
0
Untreated
Please consult the seed treatment application equipment manufacturer in
question for further directions.
Ensuring thorough seed coverage offers the best protection from seedand soil-borne diseases. Seed should be sound and well cleaned prior to
treatment to ensure maximum coverage and to prevent dusting off.
125
120
90
If recommended by the manufacturer of the seed treatment application
equipment, increase the use rate proportionally to the dilution rate
(e.g. add 100 ml of water to 300 ml of Insure Pulse, then apply at
400 ml/100 kg seed).
Application tips
137
100
For flax (Linum usitatissimum), use a higher rate of 600 ml/100 kg seed if: a) there is a history of high disease
pressures in the field or b) where field conditions favour seed and soil-borne pathogens. If using the 600 ml/100 kg
rate, it is highly recommended that the seed be treated into a bin or truck box to allow the treated seed to dry prior to
placing into the seeder hopper. This will prevent clumping and bridging in the seeder.
Directions for use
11.1
10
1469 bu
1469 bu
1469 bu
7872 to 1575 bu
1469 bu
1469 bu
Insure Pulse
Source: Third party generated registration data, 2013
Do not use treated seed for food, feed or oil producing.
Insure Pulse contains sufficient pigment to conspicuously colour and coat
treated seed. Regulations pertaining to the colouration of treated seed
enforced under the “Seeds Act” must be strictly adhered to when using
Insure Pulse.
Inoculant compatibility
For details on seed treatment and inoculant compatibility, see the
Applied Pesticide Compatibility Information for the respective crops
available on agsolutions.ca, call AgSolutions® Customer Care at
1-877-371-BASF (2273) or contact your BASF Sales Representative.
Tank mixes
None on label.
FUNGICIDES
Emerged plants /m of row
12
Bushels (bu) treated
per 120 L drum
WEED & DISEASE
Competitor
24 DAS
Bushels (bu) treated per jug
SEED TREATMENTS
Crop
HERBICIDES
Apply Insure Pulse fungicide seed treatment at 300 ml/100 kg seed
for all crops except flax.
For flax, apply Insure Pulse at 300 to 600 ml/100 kg seed.2
Increased biomass above and below
ground in field peas
INOCULANTS
Application rates
Managing Resistant Weeds
CROP SOLUTIONS
BASF Herbicides
Altitude FX® 2
Ares™
Armezon®
INOCULANTS
Clearfield® Production System
Basagran® Forté
Distinct®
Heat® LQ (pre-seed)
Heat LQ (pre-harvest)
SEED TREATMENTS
Banvel® II
Odyssey®
Outlook®
Poast® Ultra
HERBICIDES
Odyssey Ultra
Pursuit®
Solo ADV
Viper ® ADV
Merge® surfactant
FUNGICIDES
Solo®
WEED & DISEASE
BASF 28% UAN
Our commitment to innovation
BASF is committed to bringing innovative herbicide solutions to Canadian agriculture. By offering new and alternative
chemistries and supporting best management practices, we are helping to ensure growers continue to have weed
control options now and into the future.
CROP SOLUTIONS
INOCULANTS
Managing resistant weeds
in Western Canada
Random mutations in a weed population are naturally occurring and may result in a plant that is resistant to
a herbicide that previously controlled that species. With repeated applications of the same herbicide or other
chemistries from the same herbicide mode of action, these resistant individual plants will continue to grow
and produce seed, eventually shifting the entire population to one that is resistant.
Consequences of resistance can be severe
Uncontrolled weeds can result in losses to both yield and quality.
SEED TREATMENTS
The problem of herbicide resistance
H
igher costs can occur with increased herbicide use rates and the need to tank mix multiple products to maintain control.
Multiple modes of action for resistance management
BASF offers two products for weed management that complement the action of glyphosate in pre-emergence,
chemfallow and post-harvest applications. Heat® LQ herbicide and Distinct® herbicide add unique active ingredients from
alternative herbicide groups for multiple modes of action to help control resistant biotypes and aid in
resistance management.
HERBICIDES
here is a limit to the number of herbicide groups that can control a specific weed. If resistance occurs, the options
T
for products to control that specific weed will be reduced.
Heat LQ herbicide adds Group 14 chemistry
to glyphosate for multiple modes of action in a
pre-seed burndown for cereals and pulse crops.
In chemfallow and post-harvest, Distinct herbicide
complements glyphosate with two active
ingredients for multiple modes of action.
WEED & DISEASE
FUNGICIDES
Heat LQ is a new, easy-to-use liquid formulation which is rainfast and quickly absorbed for complete weed control even
under cool conditions.
1) Use multiple modes of action on overlapping weed spectrums.
Using herbicides with different modes of action to control the same weeds reduces selection pressure
for developing resistance.
Use winter seeded or perennial crops and competitive annual crop varieties whenever possible,
to help manage weeds.
Increasing seeding rates and reducing row spacing to more effectively close the crop canopy can provide
a more competitive crop stand against weeds.
3) Use full label rates of herbicide.
The use of less-than-label rates can reduce overall herbicide performance and increase the risk of resistance.
4) Control weed escapes before they go to seed.
Reduce the chance of spreading resistance by controlling weeds before they set seed.
Use a pre-harvest application as a potential way to control weed escapes before they go to seed.
Tank mix multiple modes of action whenever possible in pre-seed, in-crop, chemfallow and
post-harvest applications.
5) Use certified seed and be aware of sources of weed seed.
In some weed species, a single plant can produce tens of thousands of seeds. The greater the seed numbers,
the more chance there is for spreading resistance if it is present.
At seeding, use clean, certified seed.
To reduce the spread of weeds and prevent the introduction of resistant weeds to new fields, clean equipment
before moving to another field. Keep accurate records to track down sources of weeds.
6) Give your crops an early advantage with cleaner fields.
Get control of early emerging weeds to reduce weed competition on crop seedlings and get the crop off
to the best start. A pre-emergence burndown will help control early emerging weeds, allowing the crop to have
a better chance to outcompete weeds.
Use multiple modes of action in your pre-seed burndown.
7) If you suspect resistant weeds, get them tested and stay informed.
What worked in the past may not be the best for today. If a herbicide no longer controls certain weed patches,
follow up with the manufacturer.
R
each out to retailers, agronomists, extension staff and others to establish an integrated weed management plan.
SEED TREATMENTS
HERBICIDES
2) Rotate crops and herbicides where possible.
FUNGICIDES
If resistance develops to one group of herbicides, multiple-mode-of-action herbicides can still provide control.
Diversify herbicide use to include multiple application timings with a variety of herbicides from different
herbicide groups.
INOCULANTS
Using multiple modes of action is the best way to delay the onset of resistance.
WEED & DISEASE
CROP SOLUTIONS
Resistance management strategies
CROP SOLUTIONS
Clearfield
The only canola system that delivers
control of flushing weeds.
The Clearfield® Production System for canola is giving growers the kind of results they can’t stop talking about. It’s easy
to use and the benefits are exceptional.
Ares™ herbicide1 delivers superior
broad-spectrum control of grassy and broadleaf
weeds, including lamb’s quarters, wild buckwheat,
cleavers and volunteer canola from other systems.
Recommended for managing volunteer canola from
other systems.
New high-yielding varieties for the best results on
every acre.
Controls the toughest flushing weeds and keeps them
from coming back.
“From a grower’s standpoint, we’ve been extremely pleased with the Clearfield system. Again, I would
say it’s been our most profitable system on our farm. We’ve got really good canola varieties, really good
weed control products. It’s been excellent.”
Chris Kulbacki – Neepawa, Manitoba
Clearfield
®
HERBICIDES
Production System for Canola
SEED TREATMENTS
INOCULANTS
®
Superior genetics across all major
red and green market classes.
With high-performance varieties and excellent weed control, the Clearfield Production System for lentils is the best way
to optimize crop quality and yield.
Provides consistent and reliable, post-emergent weed
control, including control of subsequent weed flushes.
“I think Clearfield lentils is a great leg up in weed control for growers. It’s a 100% improvement. It’s the
future of lentil production.”
Brian Stirton – Moose Jaw, Saskatchewan
1
Registered for use on Clearfield canola, Clearfield XCEED® Brassica juncea canola, and Clearfield lentils. Registered for use only in the Prairie Provinces.
Not for use in the Peace River Region of Alberta and British Columbia.
WEED & DISEASE
Ares herbicide1 provides excellent broadleaf and grassy
weed control in a user-friendly liquid formulation.
FUNGICIDES
Production System for Lentils
CROP SOLUTIONS
Clearfield
Production System for Wheat
The best weed control in wheat and
top yielding genetics come together.
Clearfield wheat features high-yielding varieties and weed control specifically designed for use with the
Clearfield Production System for wheat, allowing you to grow clean wheat, crop after crop.
Altitude FX® 2 herbicide delivers the added flexibility of
broadleaf tank-mix partners for specialized weed control
in all major soil zones.
Provides total control of cereal off-types, volunteer
barley and Group 1-resistant wild oats.
HERBICIDES
“We had a side-by-side comparison between another wheat variety and the VR5604 CL. The VR5604
CL out-yielded the other variety by 4.2 bushel/acre. The chemical worked a lot better. With the herbicide
program, we had no wild oats. On the Clearfield variety, the Altitude FX 2, seemed to work quite well.
On the wheat variety beside it, we had some wild oat issues.”
Hal Ching – Darlingford, Manitoba
SEED TREATMENTS
INOCULANTS
®
Clearfield
®
Production System for Sunflower
New Solo® ADV herbicide provides reliable control of
tough grasses and targeted broadleaf weeds in a new,
convenient liquid formulation.
Includes a built-in adjuvant, for ease of handling and
reduced fill-up times.
2
Rotational freedom that keeps next year’s cropping
options open.
High-performance, high-yielding oilseed and
confection varieties.
Solo ADV herbicide is also registered for use on Clearfield canola, Clearfield canola quality Brassica juncea, Clearfield lentils, Clearfield XCEED® Brassica
juncea canola, and soybeans (a non-Clearfield crop). See the Solo ADV herbicide label for details.
WEED & DISEASE
The Clearfield Production System for sunflowers offers increased yield and profit potential with exceptional seed
genetics and excellent weed control.
FUNGICIDES
The first herbicide-tolerant sunflower
production system for Canadian growers.
CROP SOLUTIONS
INOCULANTS
The best weed control for the Clearfield® Production System for wheat, with
added flexibility.
(a) Solution
(b) Emulsifiable concentrate
One case contains
(a) 2.68 L jug
(b) 9.6 L jug of Starane®
Storage
Store above 5°C.
Clearfield wheat varieties
3 to 6 leaf1
Weeds controlled
Staging
Broadleafs
Cleavers
Cow cockle
Green smartweed
Kochia2
Lamb’s quarters3
Redroot pigweed
Round-leaved mallow3
Russian thistle3
Shepherd’s-purse
Stinkweed
Stork’s-bill3
Volunteer canola4
Volunteer flax Wild buckwheat3
Wild mustard
up to 4 leaf
(except where indicated)
(1 to 4 whorls)
(2 to 6 leaf)
(1 to 8 leaf)
(1 to 12 cm)
Broadleaf weeds controlled
with specific, specialty tank-mix partners5
MCPA Ester (northern broadleafs): Chickweed, hemp-nettle
2,4-D Ester (southern broadleafs): Russian thistle, round-leaved mallow
Curtail® M (thistles and perennials): Canada thistle, sow thistle, dandelion
Crop staging can change depending on tank-mix partner.
See label for details.
Control of Group 2-resistant biotypes.
3
Suppression only. Refer to product label for control with
specific tank-mix partner.
4
Volunteer canola and non-Clearfield canola varieties only.
5
See application rate section for individual
tank-mix rates.
6
Barley, canary seed, oats, durum,
non-Clearfield wheat.
1
2
Grasses
Barnyard grass
Foxtail (green, yellow)
Japanese brome grass3
Persian darnel
Volunteer cereals6
Wild oats
SEED TREATMENTS
Formulation
Staging
HERBICIDES
(a) Imazamox – Group 2
(b) Fluroxypyr – Group 4
Crops
(apply at 3 leaf)
(apply at 4 leaf)
(apply at 3 leaf)
up to 4 leaf
FUNGICIDES
Active ingredients
Choice of tank-mix partners for broadleaf control flexibility.
WEED & DISEASE
High-level control of grasses including volunteer barley
and Group 1-resistant wild oats.
CROP SOLUTIONS
One of the following broadleaf
MCPA Ester 6007
2,4-D Ethylhexyl Ester 7007
Curtail M7
67 ml/ac (166 ml/ha)
240 ml/ac (593 ml/ha)
specialty tank-mix partners7 must be chosen.
Northern broadleafs
375 ml/ac (927 ml/ha)
Southern broadleafs
320 ml/ac (791 ml/ha)
Thistles and perennials
610 to 810 ml/ac (1.5 to 2 L/ha)
Non-ionic surfactant7
0.25% v/v (e.g. 250 ml per 100 L solution)
Water volume
Ground application only
20 to 40 L/ac (5 to 10 gal/ac)
7
Non-ionic surfactant and optional broadleaf partners are not included in the case.
Mixing order
Add 3/4 of clean water needed. Use 50 mesh or a coarser filter screen.
Start and continue agitation throughout mixing and spraying.
Add imazamox solution (a) first and mix thoroughly.
Add all remaining tank-mix partners and mix thoroughly.
Continue agitation and add required amount of non-ionic surfactant.
A silicone anti-foaming agent may be added if needed.
Complete filling the tank to the desired level with water.
HERBICIDES
1.
2.
3.
4.
5.
6.
7.
SEED TREATMENTS
One case will treat 40 acres.
Two separate tank-mix components are included.
Imazamox (a)
Fluroxypyr (b)
INOCULANTS
Application rates
Application tips
Rainfastness – 3 hours.
Avoid application immediately after a frost or during cold weather.
Avoid sprayer overlap to prevent crop injury.
Apply to actively growing weeds.
Pre-harvest interval
Follow crops
3 months after application
Winter wheat
1 year after application
Canary seed
Canola (incl. Clearfield canola)
Chickpeas
Durum wheat
Field peas8
Field corn
Flax
Lentils (incl. Clearfield lentils)
Spring wheat (incl. Clearfield wheat)
Spring barley
Sunflowers (incl. Clearfield sunflowers)
Tame oats
FUNGICIDES
79 days after application for wheat grain and straw.
8
Follow re-crop restrictions on Curtail M label if used as a tank-mix partner.
Tank mixes 9
Herbicides: Curtail M, 2,4-D Ethylhexyl Ester 700, MCPA Ester 600
9
Individual tank-mix partners listed here are required for Altitude FX® 2 to provide specific broadleaf
specialty control. Altitude FX 2 is a tank mix of AC 299, 263 120 AS (imazamox) and Starane (fluroxypyr).
WEED & DISEASE
2 years after application
Mustard (condiment type only)
Refer to tank-mix partner’s label for any additional follow-crop restrictions.
CROP SOLUTIONS
2 to 7 leaf, prior to bolting
1 to 9 node
Liquid concentrate
Weeds controlled
Staging
One case contains
Broadleafs
cotyledon to 4 leaf
Chickweed2
(1 to 4 whorls)
Cleavers2 Cow cockle
Green smartweed
Hemp-nettle
Lamb’s quarters
(cotyledon to 6 leaf)
Redroot pigweed2
Round-leaved mallow
Russian thistle
Shepherd’s-purse2
Stinkweed2
Stork’s-bill2
Volunteer canola2,3
Volunteer tame mustard
Wild buckwheat
Wild mustard2
Grasses
1 to 6 leaf (except where indicated)
Barnyard grass
Green foxtail2
Persian darnel
Spring germinating Japanese brome grass (1 to 4 leaf)
Volunteer barley
Volunteer canary seed
Volunteer durum wheat
Volunteer spring wheat4
Volunteer tame oats
Wild oats
Yellow foxtail
Formulation
9.8 L jug of Ares™ herbicide
8.1 L jug of Merge® adjuvant
Storage
Heated storage is required
for Merge adjuvant.
1
Ares herbicide is registered for use only in
the Prairie Provinces. Not for use in the Peace
Region of Alberta and British Columbia.
2
Multiple flushing weeds.
3
Non-Clearfield canola varieties only.
4
Non-imazamox tolerant varieties only.
SEED TREATMENTS
Clearfield canola
Clearfield canola quality Brassica juncea Clearfield lentils
Clearfield XCEED® Brassica juncea canola
Imazamox – Group 2
Imazapyr – Group 2
HERBICIDES
Crops1Staging
FUNGICIDES
Active ingredients
Superior control of lamb’s quarters, wild buckwheat,
cleavers, and volunteer canola.
User-friendly, liquid formulation.
WEED & DISEASE
Consistent and reliable post-emergent weed control,
including subsequent flushes.
Wide window of application on both crop and weeds.
INOCULANTS
The performance standard in weed control for Clearfield® canola and
Clearfield lentils.
CROP SOLUTIONS
Weed control with Ares herbicide
Ares herbicide
244 ml/ac (603 ml/ha)
Merge adjuvant5
0.5% v/v (e.g. 0.5 L per 100 L spray solution)
Water volume
5
INOCULANTS
Application rates
Merge adjuvant is required and is included with Ares herbicide.
Cleavers
20 days after application
Source: AgSolutions® Performance Trials, DeBolt, AB, 2011
1.
2.
3.
4.
5.
Add 3/4 of clean water needed.
Add the required amount of Ares herbicide.
If tank mix is being applied, add required amount of tank-mix partner.
Add the required amount of Merge adjuvant.
Complete filling with water.
Application tips
SEED TREATMENTS
Mixing order
Avoid application immediately before or after frost or during
unseasonably cold weather.
60 days after application for Clearfield canola and Clearfield lentils.
Follow crops
Volunteer canola
Source: AgSolutions Performance Trials, Carlton, SK, 2011
Canary seed Chickpeas Field peas Field corn Clearfield canola Clearfield canola quality Brassica juncea
Lentils (including Clearfield lentils)
Spring wheat (including Clearfield wheat)
Spring barley
Tame oats
Non-Clearfield canolaFlax
Durum wheat
Sunflowers
HERBICIDES
Use higher water volume on dense weeds and thicker canopies.
FUNGICIDES
Wild buckwheat
Source: AgSolutions Performance Trials, Drumheller, AB, 2011
Tank mixes
Herbicide for Clearfield canola: Lontrel® 360 6 at 84 ml/ac (208 ml/ha)
Lamb’s quarters
Source: AgSolutions Performance Trials, Stettler, AB, 2011
egistered for Clearfield canola only. DO NOT apply to Clearfield canola quality Brassica juncea or
R
Clearfield lentils.
WEED & DISEASE
6
Topramezone – Group 27
Formulation
Liquid suspension
One case contains
4 x 600 ml jugs
Crops
Staging
Field, seed, sweet, and glyphosate-tolerant corn
1 to 7 leaf
Weeds controlled
Staging
Broadleafs
1 to 8 leaf
Chickweed1
Storage
Common ragweed
Heated.
Kochia
Lamb’s quarters1
Increased weed control with Armezon®
Redroot pigweed
Volunteer canola (all types)
(1 to 6 leaf)
Wild mustard
Grasses
INOCULANTS
Active ingredient
Innovative Group 27 chemistry for control of
Group 2-resistant, glyphosate-resistant and
triazine-resistant weeds.
SEED TREATMENTS
Rapid control of annual broadleaf weeds.
Wide application window from 1-leaf to
7-leaf stage.
CROP SOLUTIONS
Your ideal tank-mix partner for post-emergent weed control in glyphosate-tolerant corn.
1 to 4 leaf
Barnyard grass
Armezon + atrazine + glyphosate
Source: AgSolutions® Performance Trials, Elm Creek,
MB, 2014
Suppression.
1
FUNGICIDES
Atrazine + glyphosate
WEED & DISEASE
Foxtail (green, yellow)1
HERBICIDES
1
CROP SOLUTIONS
Application rates
15 ml/ac (37 ml/ha)
Seed, sweet corn
Armezon
15 ml/ac (37 ml/ha)
420 ml/ac (500 g ai/ha)
Atrazine Assist®2
28% UAN 1.25% v/v (12.5 L per 1000 L spray solution)
Field corn
Armezon
15 ml/ac (37 ml/ha)
Atrazine 420 ml/ac (500 g ai/ha)
Merge 0.25% v/v (2.5 L for 1000 L of spray solution)
2
1.25% v/v (12.5 L per 1000 L spray solution)
2
2
®2
Water volume
40 L/ac (10 gal/ac)
Atrazine, glyphosate, Assist, 28% UAN and Merge are sold separately.
3
Check glyphosate label to confirm application rates.
2
Mixing order
HERBICIDES
1. Fill sprayer 1/2 full with clean water and agitate.
2. Add dry tank-mix partners into the spray tank and agitate.
3. Add Armezon herbicide and thoroughly mix.
4. After the Armezon herbicide has visibly dispersed, add any liquid herbicide tank-mix partners.
5. Add either Merge adjuvant to the spray tank or Assist followed by liquid fertilizer (28% UAN) if required.
6. While agitating, fill the remainder of the tank with water up to the proper level.
SEED TREATMENTS
Glyphosate-tolerant corn Armezon
Glyphosate2,3
INOCULANTS
One case of Armezon herbicide will treat 160 acres.
Application tips
Rainfastness – Limited by glyphosate formulation.
Follow the glyphosate manufacturer’s recommendation for rainfast guidelines.
Denser weed infestation requires the use of higher water volumes.
Follow crops4
Winter wheat
Following spring after application
Alfalfa
Field corn
Durum wheat
Navy beans
4
Peas
Soybeans
Spring wheat
FUNGICIDES
45 days after application for corn harvest (silage, fodder or grain).
If Armezon is used in a tank mix, refer to tank mix partner’s label for additional follow-crop restrictions.
Herbicides: Atrazine, glyphosate
Contact AgSolutions Customer Care or your local BASF Sales Representative
for additional information on supported tank mixes.
WEED & DISEASE
Tank mixes
CROP SOLUTIONS
Improved broadleaf weed control.
Controls tough broadleaf and perennial weeds
in cereals and dicamba-tolerant soybeans
Formulation
Solution
One case contains
2 x 10 L jugs
Storage
Keep dry.
Canary seed
Dicamba-tolerant soybeans1
Field corn
Oats
Pasture grasses
Red fescue (new seedling)
Red fescue (established)
Seedling grasses
Spring barley
Spring rye Spring wheat Winter wheat
3 to 5 leaf
pre-seed, pre-emergence,
post-emergence (early flower)
up to 50 cm tall2
2 to 5 leaf
established, actively growing
5 cm
flag-leaf
2 to 4 leaf
2 to 5 leaf
2 to 3 leaf
2 to 5 leaf
15 to 25 cm tall
Other applications
Pasture and rangeland grasses, non-crop areas: Smooth bromegrass,
meadow fescue, tall fescue, meadow foxtail, orchard grass, creeping red
fescue, timothy, crested wheatgrass, intermediate wheatgrass, pubescent
wheatgrass, slender wheatgrass, streambank wheatgrass, and tall wheatgrass.
INOCULANTS
Dicamba – Group 4
CropsStaging
SEED TREATMENTS
Active ingredient
An excellent option in field corn
Flexible tank-mix options for in-crop applications and control
canary seed, cereals and seedling
Corn spurry Cow cockle Green smartweed Lady’s thumb Perennial sow thistle4,5
Post-emergence in field corn7 and dicamba-tolerant soybeans.
Ragweed (common9,
Buckwheat (tartary, wild) Field bindweed5
Canada fleabane8
false, giant)
Green smartweed
Redroot pigweed9
Canada thistle4,5
Lady’s thumb
Lamb’s quarters9
Cleavers
Russian pigweed
Corn spurry
Velvetleaf
Mustards
Cow cockle
Perennial sow thistle4,5
Pasture, rangeland and non-crop areas.
Canada thistle4,5
Goldenrod
Ground cherry6
Curled dock4
English daisy
Knapweed (diffuse)6
5
Field bindweed
Pasture sage6
6
Goat’s beard
Perennial sow thistle4,5
Apply by ground ONLY to dicamba-tolerant soybeans.
Soybean varieties that are not designated as dicambatolerant will be damaged or destroyed by this treatment.
2
Broadcast spray up to 20 cm, larger corn plants require
drop nozzles.
3
For a complete list of proper weed staging, please refer to
the product label.
4
Top growth only.
5
Apply Banvel® II herbicide annually for three years at the
flowering stage of bindweed and the budding stage of thistles.
6
Controlled with higher rate of Banvel II. See label for details.
7
Controlled by Banvel II alone at 243 to 505 ml/ac (0.6 to
1.25 L/ha).
8
Post-emergence only.
9
Includes atrazine-resistant species.
Poverty weed6
Ragwort (tansy)
Sheep sorrel6
Thyme-leaved spurge6
FUNGICIDES
In-crop application in
forage grasses.
Buckwheat (tartary, wild)
Canada thistle4,5
Cleavers6 HERBICIDES
Weeds controlled3
WEED & DISEASE
1
In-crop application.10,11
Canary seed
117 ml/ac (290 ml/ha)
Field corn ,
Dicamba-tolerant soybeans12,13,14
243 to 505 ml/ac (0.6 to 1.25 L/ha)
Oats, spring barley, spring rye,
wheat (spring, winter), seedling grasses
93 to 117 ml/ac (230 to 290 ml/ha)
Red fescue
243 ml/ac (600 ml/ha)
Pasture, rangeland and non-crop areas.10,11
Pasture, rangeland Non-crop areas
0.85 to 1.48 L/ac (2.1 to 3.65 L/ha)
0.85 to 1.8 L/ac (2.1 to 4.4 L/ha)
2
See label for a complete list of additional available tank mixes and their rates. Tank-mix options are not included in the case. 11 See label for water rate for ground and aerial application.
Banvel II can be used alone or in tank mix with Roundup® WeatherMAX with Transorb® 2 Technology Liquid Herbicide for additional broadleaf and grass weed control. See label for
important details on rates. 13 The 505 ml/ac rate is to be used only once in a season and should be used pre-plant, pre-emergence or in crop early post-emergence. 14 991 ml/ac of Banvel II
is the maximum total to be applied in a single growing season year.
10
12
CROP SOLUTIONS
One case of Banvel II herbicide will treat 165 to 220 acres, depending on crop.
INOCULANTS
Application rates
1.
2.
3.
4.
5.
Use a 50 mesh filter screen.
Fill clean tank with 1/2 of the required amount of clean water and agitate during the entire mixing procedure.
Add the required amount of Banvel II herbicide.
If tank mixing, add the appropriate tank-mix partner now.
Add the rest of the water to the spray tank and maintain sufficient agitation during mixing and spraying to ensure a
uniform spray mixture.
Application tips
Do not apply Banvel II if the crop is underseeded to legumes.
SEED TREATMENTS
Mixing order
Do not permit lactating dairy animals to graze fields within 7 days after application.
Do not harvest forage or cut hay within 30 days after application.
Withdraw meat animals from treated fields at least 3 days before slaughter.
Following treatment with Banvel II plus any other herbicide tank mix: Do not graze or harvest for livestock feed
prior to crop maturity; sufficient data are not available to support such use.
Follow crops
No follow-crop restrictions in the season following application.
Tank mixes
Herbicides for the following crops
Spring wheat, spring barley, winter wheat, spring rye, corn: 2,4-D amine
Spring wheat, spring barley, winter wheat, oats: MCPA amine, MCPA K
Corn: Accent®15, Option®16
Spring wheat, spring barley: Lexone®, Sencor®, Ally®
Dicamba-tolerant soybeans: Roundup WeatherMAX Transorb 2
Contact AgSolutions® Customer Care or your local BASF Sales Representative for additional information on
supported tank mixes.
15
Prairie provinces only. 16 Only in the province of Manitoba.
FUNGICIDES
Grazing
WEED & DISEASE
For application to dicamba-tolerant soybeans: 7-10 days after application for soybean forage and 13-15 days after
application for soybean hay.
HERBICIDES
CROP SOLUTIONS
Post-emergent control of the toughest weeds in dry beans and soybeans.
Liquid
One case contains
2 x 10 L jugs
Storage
Protect from freezing.
any stage
after 1st trifoliate
after 2 leaf
after 5 cm height
after 3 leaf pairs/nodes form
any stage
Weeds controlled
Staging
Broadleafs
(at 900 ml/ac) (at 700 ml/ac)
Buttercup
Canada thistle2
Cleavers
Cocklebur
Common chickweed
Common groundsel3
Common ragweed3
Corn spurry
Field bindweed2,4,5
Flower-of-an-hour
Giant ragweed
Hairy galinsoga
Hairy nightshade
Jimsonweed
Lady’s thumb
Lamb’s quarters3
Low cudweed
Purslane
Redroot pigweed3,4
Russian thistle4
Shepherd’s-purse
Stinkweed
Velvetleaf 6
Volunteer canola7
Wild mustard
Wild radish
6 leaf
–
–
20 cm height
1 to 3 whorls –
10 leaf
6 leaf
1 to 3 weeks post-emergence
10 cm height –
6 leaf
–
10 cm height –
–
6 cm height
10 leaf
6 leaf
4 leaf
–
6 leaf
–
6 leaf
–
10 leaf
–
10 leaf
6 leaf
8 leaf
–
6 leaf
–
6 leaf
–
4 leaf
–
4 leaf
–
6 leaf
6 leaf
6 leaf
6 leaf
6 leaf
–
––
10 leaf
6 leaf
6 leaf
–
INOCULANTS
Formulation
Corn (grain, silage, sweet, seed)
Dry beans
(incl. coloured, white, kidney) Faba beans
Flax1
Peas (field and processing)
Soybeans
SEED TREATMENTS
Bentazon – Group 6
CropsStaging
HERBICIDES
Active ingredient
Flexible tank-mix options for targeted weed control
in dry beans.
FUNGICIDES
Efficient control of key broadleaf weeds.
Group 6 chemistry to provide alternative mode of
action for control of resistant broadleaf weeds.
Excluding low linolenic acid varieties.
2
For perennial weeds, repeat application 7 to 15 days after
first, if needed.
3
Includes triazine-resistant biotypes.
4
Suppression.
5
Treat before it is dark green and has begun to trail.
6
Will defoliate 4 leaf and larger but regrowth may occur.
7
Only provides control in field peas up to 4 leaf at
404 ml/ac (1L/ha).
Yellow nutsedge2
–
20 cm height
WEED & DISEASE
Sedge
1
CROP SOLUTIONS
Application rates
One case will treat 22 to 29 acres, depending on rate.
Basagran® Forté herbicide
700 to 900 ml/ac (1.75 to 2.25 L/ha)
Water volume
8
40 to 120 L/ac (10 to 32 gal/ac)
Use larger water volumes for weeds at the upper limit of their recommended stage for treatment.
Mixing order
1. Fill the tank 1/2 full with clean water. Start agitation or by-pass system.
2. When using a tank mix for dry beans (Viper® ADV or Solo® herbicides), add selected tank-mix partner.9
INOCULANTS
8
3. Add correct amount of Basagran Forté herbicide and agitate 2 to 3 minutes.
5. Add remainder of water, agitate and spray.
9
See respective labels for complete rate and mixing details.
Application tips
Rainfastness – 6 to 8 hours.
Use a minimum of 80 L/ac (20 gal/ac) of water if crop canopy or heavy weed population interferes with thorough spray
coverage, or under cool temperature.
When tank mixing, always check the tank-mix partner recommendations for additional staging restrictions.
SEED TREATMENTS
4. When required, add correct amount of nitrogen source.
36 days after application for red clover for seed production.
100 days after application for grain sorghum and grain millet.
Follow crops
No follow-crop restrictions.
HERBICIDES
30 days after application for forage sorghum and forage millet.
Tank mixes
None on label for all other crops.
Contact AgSolutions® Customer Care or your local BASF Sales Representative for additional information on
40
WEED & DISEASE
Viper ADV at 404 ml/ac (1 L/ha) and Basagran Forté at 146 ml/ac (360 ml/ha) and 28% UAN at 809 ml/ac (2 L/ha)
or
Solo at 11.7 g/ac (29 g/ha) and Basagran Forté at 506 ml/ac (1.25 L/ha) and 28% UAN at 809 ml/ac (2 L/ha)
FUNGICIDES
Herbicides for dry beans:
Controls annual broadleaf weeds in post-emergent corn.
Multiple modes of action with glyphosate to control
resistant biotypes in chemfallow and post-harvest.
Dicamba – Group 4
Diflufenzopyr – Group 19
Formulation
Water dispersible granular
One case contains
2 x 2.32 kg jugs
Storage
Store in a cool, dry, ventilated
area, above 5°C.
Weed control in spring, following previous
September application
Application or crop
Staging
Field corn
Chemfallow
Post-harvest
2 to 6 leaf
July to August
prior to first significant frost
CROP SOLUTIONS
Weeds controlled and staging
In field corn.
Apply to actively growing weeds (except where indicated)
Biennial wormwood (2 to 8 leaf)
Canada thistle1
Common cocklebur
Common ragweed
Giant ragweed2 (2 to 8 leaf)
Kochia (up to 15 cm height)
Lady’s thumb
Lamb’s quarters
Perennial sow thistle2 (2 to 10 leaf)
Redroot pigweed
Tall waterhemp
Velvetleaf
Volunteer adzuki beans (1 to 3 trifoliate)
Volunteer canola (cotyledon to 4 leaf)
Wild buckwheat
SEED TREATMENTS
Active ingredients
Keeps fields cleaner to set them up for success the
next season.
Excellent follow-crop flexibility that includes pulses
and canola.
INOCULANTS
Selective post-emergent weed control for field corn. Complements glyphosate for
superior chemfallow and post-harvest control.
Distinct at 58 g/ac tank mixed with glyphosate will control:
Distinct® + glyphosate
+ Merge®
Redroot pigweed
Round-leaved mallow
Spiny annual sow thistle
Wild buckwheat
Distinct at 115 g/ac tank mixed with glyphosate will control:
Source: BASF research trials
Glyphosate-resistant kochia 61 days after
herbicide application
Biennial wormwood (2 to 8 leaf)
Canada thistle1
Common
cocklebur (cotyledon to 6 leaf)
Common ragweed
Dandelion
Kochia3 (up to 15 cm height)
Lady’s thumb
Lamb’s quarters
Perennial sow thistle2 (2 to 10 leaf)
Redroot pigweed
Tall waterhemp
Velvetleaf
Volunteer canola (cotyledon to 4 leaf)
Wild buckwheat
FUNGICIDES
Untreated
Dandelion1
Kochia
Lamb’s quarters
Narrow-leaved hawk’s beard
HERBICIDES
In chemfallow and post-harvest.
Apply to actively growing weeds (except where indicated)
Glyphosate only
Distinct + glyphosate
+ Merge
Source: BASF research trials, 2013
1
Top growth in summer application, control in a
post-harvest application.
2
Suppression only.
3
Includes glyphosate-resistant biotypes at 115 g/ac (285 g/ha)
application rate.
WEED & DISEASE
Click here to learn how Distinct helps manage herbicide resistance.
CROP SOLUTIONS
Application rates
Field corn
Distinct herbicide
Non-ionic surfactant4
28% UAN4
115 g/ac (285 g/ha)
0.25% v/v
1.25% v/v
Chemfallow, post-harvest
Distinct herbicide
(Opt.1) Glyphosate4 (360 g ae/L)
(Opt.2) Glyphosate4 (540 g ae/L)
Merge adjuvant4
58 to 115 g/ac (143 to 285 g/ha)
0.5 to 1 L/ac (1.25 to 2.5 L/ha)
0.33 to 0.66 L/ac (0.83 to 1.67 L/ha)
200 ml/ac (500 ml/ha)
Water volume
Non-ionic surfactant, 28% UAN, glyphosate and Merge adjuvant (required for optimum activity) are not included in the case.
Mixing order
1. Fill clean spray tank 1/2 full of clean water and start agitation.
2. Add the correct amount of Distinct herbicide and continue to agitate until product is completely dissolved and
fully dispersed.
3. For chemfallow or post-harvest, add the correct amount of glyphosate while continuing agitation.
4. For chemfallow or post-harvest add the recommended amount of Merge adjuvant or a 0.25% v/v of non-ionic
surfactant, followed by 1.25% v/v 28% UAN. For field corn add 0.25% v/v of non-ionic surfactant, followed by
1.25% v/v 28% UAN.
SEED TREATMENTS
4
INOCULANTS
One case will treat 40 to 80 acres, depending on rate.
5. Continue agitation while adding the remaining amount of water.
For denser weeds and thick canopies use the higher water volume.
Grazing
Do not cut or graze for 75 days after application.
HERBICIDES
Application tips
Follow crops
If Distinct is applied prior to September 1
If Distinct is applied5 prior to October 1
Wheat, barley, oats, canary seed, corn, canola, lentils, field peas and soybeans.
If Distinct is applied5 prior to October 15
Wheat, barley, oats, canary seed and corn.
5
FUNGICIDES
Wheat, barley, oats, canary seed, corn, canola, lentils, soybeans, chickpeas, flax, field peas and sunflowers.
Distinct applied at 58 g/ac (143 g/ha). If higher rate is used, rotate to cereal or corn crops only.
Tank mixes
None on label for field corn.
Contact AgSolutions® Customer Care or your local BASF Sales Representative
WEED & DISEASE
Herbicides for chemfallow and post-harvest application: Glyphosate
The ultimate pre-seed/pre-emergent burndown in a new, easy-to-use liquid formulation.
concentrate
One case contains
1.73 L jug of Heat LQ herbicide
2 x 8.1 L jugs of Merge® adjuvant
Storage
Store in cool, ventilated area.
Chemfallow
apply to actively growing weeds
Weeds controlled
Staging
Broadleafs 8 leaf
Canada fleabane2
Cleavers (4 whorls)
Dandelion4 (15 cm height)
Flixweed
Kochia2 (15 cm height)
Lamb’s quarters
Narrow-leaved hawk’s beard (8 cm height)
Redroot pigweed3
Round-leaved mallow
Stinkweed3
Volunteer canola3,5
Wild buckwheat3
Wild mustard3
Click here to learn how Heat LQ helps manage herbicide resistance.
1
2
3
4
5
Depending on growing conditions.
Includes Group 2-resistant and glyphosate-resistant
biotypes.
For suppression of secondary flushes, use higher application
rate of 59 ml/ac (146 ml/ha).
Top growth burndown control only of perennial plants,
control of spring germinating plants.
All herbicide-tolerant canola systems including
glyphosate-tolerant canola.
INOCULANTS
SEED TREATMENTS
Formulation
pre-seed and pre-emergence
(before ground crack)
Barley
Canary seed Chickpeas (kabuli)
Corn (field, sweet) Field peas
Lentils
Tame oats
Soybeans
Wheat (spring, winter, durum)
HERBICIDES
Saflufenacil – Group 14
CropsStaging
FUNGICIDES
Active ingredient
Broadleaf weed control in as few as 3 to 5 days.1
Group 14 chemistry for control of Group 2- and
glyphosate-resistant weeds.
WEED & DISEASE
Rainfast and quickly absorbed for fast, complete weed
control even under cool conditions.
Heat® LQ herbicide complements and improves your
glyphosate application.
CROP SOLUTIONS
pre-seed/pre-emergent
burndown
chemfallow
One case of Heat LQ herbicide will treat 30 to 80 acres, depending
on rate.
Barley, canary seed, chickpeas (kabuli),
corn (field, sweet6), field peas, tame
oats, wheat (spring, winter, durum)
21.5 to 59 ml/ac (53 to 146 ml/ha)
Lentils7, soybeans7,8
21.5 ml/ac (53 ml/ha)
Chemfallow
21.5 to 59 ml/ac (53 to 146 ml/ha)
All applications
Glyphosate9 (360 g ae/L)
0.5 to 1 L/ac (1.25 to 2.5 L/ha)
Merge adjuvant 200 to 400 ml/ac (0.5 to 1 L/ha)
10
Glyphosate only
(At the higher Heat LQ application rates (30 or 40 acres per case), BASF recommends using Merge at the higher rate
(400 ml/ac). Use both Merge jugs included in the case regardless of the Heat LQ rate.)
Water volume
CROP SOLUTIONS
Comparison of volunteer Roundup Ready
canola after a pre-seed application of
Heat LQ plus glyphosate plus Merge
®
INOCULANTS
Application rates
Some sweet corn hybrids may be sensitive to saflufenacil and injury may occur.
7
Do not use rates higher than 21.5 ml/ac (53 ml/ha) or injury could result. See label for details.
8
Some soybeans cultivars may be more sensitive to saflufenacil and injury may occur.
9
Glyphosate (required for optimum activity) is not included in the case.
10
Merge adjuvant is required and is included with Heat LQ herbicide.
Mixing order
Heat LQ + glyphosate + Merge
Source: BASF Research Authorization trial, Westlock,
AB, 2014
Comparison of dandelion after a pre-seed
application of Heat LQ plus glyphosate
plus Merge
2. Add the correct amount of Heat LQ herbicide and continue to agitate
until mixed.
3. Add the correct amount of glyphosate while continuing agitation.
4. Add the correct amount of Merge adjuvant to the tank last. If excess
foaming occurs, a silicone anti-foaming agent may be added (e.g. Halt®).
SEED TREATMENTS
6
Application tips
Rainfastness – Heat LQ is very rainfast and limited only by the glyphosate
manufacturer’s rainfast guidelines.
Frost – For frosts above -4°C, spray next day if at least 4 hours of 10°C are
expected after spraying. For frosts below -4°C, wait 1 to 2 days then assess
plant damage. At least 60% green tissue remaining is needed for spraying.
Glyphosate only
HERBICIDES
6. Continue agitation or run the by-pass system.
Follow crops
All crops, 1 year after a spring, pre-seed or pre-emergent application.
Source: BASF Research Authorization trial, Stoughton,
SK, 2014
Tank mixes
Herbicide: Glyphosate
Contact AgSolutions® Customer Care or your local BASF Sales
Representative for additional information on supported tank mixes.
WEED & DISEASE
Heat LQ + glyphosate + Merge
FUNGICIDES
60 days for all pre-seed and pre-emergent applications.
Faster harvest. Better weed control.
concentrate
One case contains
1.73 L jug of Heat® LQ herbicide
2 x 8.1 L jugs of Merge® adjuvant
Also available as a tote (4 x 10.79 L
Heat LQ and 400 L Merge)
Dry common beans2, Apply when stems are green to brown, pods are
soybeansmature (yellow, brown) and 80 to 90% of leaves
have dropped.
Field peasApply when majority of pods are brown
(70 to 80%).
Red lentils3
Apply when bottom 15% of pods are mature and
brown with ripened seeds. The bottom pods
should rattle when shaken.
Storage
Sunflowers4Apply when the backs of the heads and bracts are
turning yellow, and seed moisture is 20 to 30%.
Store in cool, ventilated area.
Use of Heat LQ in seed production
Comparison of canola, 16 days after
an application of Heat LQ plus glyphosate
plus Merge
For seed production fields, Heat LQ herbicide should be used as a
standalone product only. BASF and third party research have shown
no decrease in seed germination from an application of Heat LQ.
Maximum Residue Limits
Please note: Heat LQ can be used for pre-harvest applications on
canola, dry common beans, soybeans, field peas, red lentils, and
sunflowers for the 2016 application season.
Glyphosate only
Heat LQ + glyphosate
+ Merge
Source: AgSolutions® Performance Trials, Swan River, MB, 2015
Heat LQ herbicide must be applied after physiological maturity
(less than 30% seed moisture).
When tank mixed with glyphosate, consult glyphosate label or
your BASF Sales Representative for information regarding use
on specific varieties of dry common beans.
3
BASF supports the use of Heat LQ for pre-harvest for red
lentils, however we are still in the process of aligning the
Maximum Residue Limit (MRL) in the European Union with
other trade jurisdictions. NOTE: Heat LQ is supported for
pre-harvest use on red lentil varieties only. DO NOT apply
Heat LQ pre-harvest to green lentils. Please check with your
grain buyer prior to the pre-harvest application of Heat LQ in
red lentils.
4
Glyphosate is not registered for pre-harvest use in sunflowers.
For sunflowers, use Heat LQ as a standalone product only.
As of 2016, BASF remains in the final stages of establishing import
tolerances (maximum residue limits (MRLs)) for flax, mustard, wheat, barley,
and triticale for markets around the world. While establishing MRLs for key
export markets is progressing, the European Food Safety Authority has not
yet completed their review. Because these crops are heavily exported, and
some exports are made to the EU, BASF does not recommend the use
of Heat LQ for pre-harvest on flax, mustard, wheat, barley, and triticale
for the 2016 application season.
SEED TREATMENTS
Formulation
Canola (all types)Apply when 60 to 75% of seeds have
changed colour.
HERBICIDES
Saflufenacil – Group 14
CropsStaging1
FUNGICIDES
Active ingredient
Tank mixed with glyphosate, for fast broadleaf weed
dry down and cleaner fields next season.
Facilitates straight cutting canola.
INOCULANTS
Easy-to-use liquid formulation for fast dry down
of crops and broadleaf weeds.
Improved crop uniformity and harvestability.
CROP SOLUTIONS
pre-harvest
2
WEED & DISEASE
1
CROP SOLUTIONS
Application rates
43 to 59 ml/ac (106 to 146 ml/ha)
1.0 L/ac (2.5 L/ha)
200 to 400 ml/ac (0.5 to 1 L/ha)
(BASF recommends using Merge at the higher rate (400 ml/ac) when tank-mixed with glyphosate. Use both Merge jugs included in the case when applying Heat LQ at 40 acres per case.
Use all Merge in the tote when applying at 1,000 acres per tote.)
Heat LQ standalone rate
Merge adjuvant6
400 ml/ac (1 L/ha)
Water volume
Ground application tank mixed with glyphosate rate7
Ground application standalone rate
Aerial application8 5
6
7
8
40 L/ac (10 gal/ac) minimum
80 L/ac (20 gal/ac) minimum
20 L/ac (5 gal/ac)
Glyphosate is not included in the case.
Merge adjuvant is required and is included with Heat LQ herbicide. Use all Merge included in the case.
Higher water volumes are recommended for best results.
Heat LQ is registered for aerial applications. Some glyphosate formulations are also registered for aerial applications; therefore, Heat LQ plus glyphosate can be applied through aerial
applications when both products have aerial registrations.
Mixing order
2. Add the correct amount of Heat LQ herbicide and continue to agitate until mixed.
SEED TREATMENTS
Heat LQ tank mixed with glyphosate rate
Glyphosate5 (360 g ae/L)
Merge adjuvant6
INOCULANTS
One case of Heat LQ herbicide will treat 40 acres tank mixed with glyphosate or 30 acres standalone. One
tote treats 1,000 acres tank mixed with glyphosate or 730 acres standalone.
3. If tank mix is being applied, add the correct amount of glyphosate while continuing agitation.
4. Add the correct amount of Merge adjuvant to the tank last.
HERBICIDES
6. Continue agitation or run the by-pass system.
Application tips
Rainfastness – Heat LQ is extremely rainfast and is only limited by glyphosate.
Follow the glyphosate manufacturer’s recommendation for rainfast guidelines.
2 days after application for dry common beans.
7 days after application for sunflowers.
Follow crops
In the spring following a fall application.
Barley
Canary seed
Canola (all types incl.
Clearfield® canola)
Chickpeas
Corn (field, sweet)
Field peas
Flax
Lentils
Mustard
Oats
Soybeans
Wheat (spring incl. Clearfield
wheat, winter, durum)
FUNGICIDES
3 days after application for canola, field peas, red lentils and soybeans.
Herbicide: Glyphosate
Contact AgSolutions Customer Care or your local BASF Sales Representative for additional information on
WEED & DISEASE
Tank mixes
Formulation
One case contains
8 x 86.5 g water-soluble bags
Storage
Store above 5°C.
.
F.P.O
1 to 4 leaf
1 to 4 leaf
2 to 6 leaf
1 to 9 node
2 to 6 leaf
1 to 6 leaf
1 to 4 true leaf
1 to 6 true leaf
1 to 4 leaf
1 to 3 true leaf
Weeds controlled
Staging
Broadleafs
cotyledon to 4 leaf
Chickweed1
Cleavers1
(4 whorls)
Flixweed
Green smartweed
Hemp-nettle2
Lamb’s quarters3
Redroot pigweed1
Russian thistle4
Shepherd’s-purse1
Stinkweed1
Stork’s-bill1
Volunteer canola1,5
Wild buckwheat2
Wild mustard1
Grasses
1 to 4 true leaf
Barnyard grass
Green foxtail1
Persian darnel
Volunteer barley
Volunteer tame oats
Volunteer wheat
Wild oats
1
Suppression in field peas and Clearfield lentils only.
2
Suppression in field peas, Clearfield lentils and
Clearfield canola only.
3
Suppression in Clearfield lentils only.
4
Non-Clearfield canola varieties only.
5
CROP SOLUTIONS
INOCULANTS
Alfalfa (for seed production)
Birdsfoot trefoil (for seed production)
Clearfield canola
Clearfield lentils Clearfield XCEED® canola Faba beans
Fenugreek
Field peas
Seedling clover (for seed production)
Soybeans
SEED TREATMENTS
Imazethapyr – Group 2
CropsStaging
HERBICIDES
Active ingredients
Lasting activity to control multiple flushes
of shallow germinating weeds.
Wide window of application.
FUNGICIDES
Controls flushing weeds including volunteer canola.
Proven control of a wide spectrum of key weeds
in a single pass.
WEED & DISEASE
Reliable 1-pass weed control in multiple crops including Clearfield® lentils,
soybeans and field peas.
CROP SOLUTIONS
Application rates
17 g/ac (43 g/ha)
Merge adjuvant 0.5% v/v (e.g. 500 ml per 100 L solution)
®
6
INOCULANTS
Odyssey® herbicide
Water volume
6
Merge adjuvant (required for optimum activity) is not included in the case.
Mixing order
2. Add the required amount of Odyssey herbicide directly into the sprayer through the tank opening. Agitate for at least
10 minutes to dissolve.
3. After the herbicide is dissolved, if using a tank mix, add the correct amount of second herbicide and
continue agitating.
4. Continue agitation while adding the required amount of Merge adjuvant. If excess foaming occurs, a silicone
anti-foaming agent may be added (e.g. Halt®).
5. Complete filling the tank to the desired level with water. If agitation is stopped for more than 5 minutes, re-suspend
spray solution by full agitation prior to commencing spraying again.
6. Between loads of tank mix, check in-line and nozzle screens and rinse clean if needed.
SEED TREATMENTS
1. Use a 50 mesh (or coarser) filter screen and fill the spray tank 3/4 full with the correct amount of water.
Start and continue agitation throughout mixing.
Application tips
Apply in warm weather to weeds that are actively growing.
Avoid applying immediately after or preceding a frost or unseasonably cold weather.
60 days after application for Clearfield canola, field peas, fenugreek, Clearfield lentils and faba beans.
85 days after application for soybeans.
HERBICIDES
Odyssey must not be applied within 60 days of harvest of birdsfoot trefoil.
Canary seed
Chickpeas
Clearfield canola (incl. Clearfield
Brassica juncea canola)
Field corn
Field peas
Spring barley
Durum wheat
Tame oats
Flax
Non-Clearfield canola
Sunflowers
FUNGICIDES
Follow crops
Herbicides7: Lontrel® 360 8, Lontrel DSG 8, Poast® Ultra
See respective herbicide labels for details on applicable crops.
See respective product labels for re-crop restrictions.
7
8
WEED & DISEASE
Tank mixes
(a) Water dispersible granules
(b) Emulsifiable concentrate
Weeds controlled
Staging
Broadleafs
cotyledon to 4 leaf
One case contains
Chickweed1
Cleavers1
Flixweed
Green smartweed
Hemp-nettle2
Lamb’s quarters3
Redroot pigweed1
Russian thistle4
Shepherd’s-purse1
Stinkweed1
Stork’s-bill1
Volunteer canola (non-Clearfield canola only)1
Wild buckwheat2
Wild mustard1
Grasses
1 to 6 true leaf
or up to 2 tillers
Barnyard grass
Crabgrass (large)
Fall panicum
Green foxtail1,5
Persian darnel
Proso millet
Quackgrass7
(2 to 5 leaf)
Volunteer barley
Volunteer corn
Volunteer wheat (incl. Clearfield wheat)
Volunteer tame oats
Wild millet
Wild oats5
Witchgrass
Yellow foxtail
Formulation
(a)8 x 86.5 g water-soluble bags
(b)6.16 L jug
8.1 L jug Merge® adjuvant
Storage
Store above 5°C.
Japanese brome grass control 28 days
after application in Clearfield lentils
Odyssey® + competitor
Odyssey Ultra
Source: BASF research trial, Saskatoon, SK, 2014
Suppression in field peas and Clearfield lentils.
Suppression in field peas, soybeans, Clearfield lentils and
Clearfield canola.
4
Suppression in Clearfield lentils.
5
Odyssey Ultra herbicide tank mix will not control weed
biotypes that have multiple resistance to both Group 1
and Group 2 herbicides.
6
Odyssey Ultra herbicide will provide control of spring germinating
Japanese brome grass and suppression of fall emerged
Japanese brome grass.
7
Suppression in all crops.
2
3
CROP SOLUTIONS
INOCULANTS
2 to 6 leaf
1 to 9 node
1 to 6 leaf
1 to 6 true leaf
1 to 3 true leaf
SEED TREATMENTS
Clearfield® canola
Clearfield lentils
Faba beans
Field peas
Soybeans
(a)Imazamox – Group 2
(b) Sethoxydim – Group 1
1
CropsStaging
HERBICIDES
Active ingredients
Extended application window up to 6-leaf stage
on grassy weeds.
Multiple modes of action for management of
resistant grassy weeds.
FUNGICIDES
Early season control that includes multiple
flushing weeds.
Proven control of a wider spectrum of key grassy
weeds including Japanese brome grass, along with
suppression of quackgrass.
WEED & DISEASE
Two modes of action for proven control of tough broadleaf and grassy weeds.
CROP SOLUTIONS
17 g/ac (43 g/ha)
154 ml/ac (380 ml/ha)8
0.5% v/v (e.g. 500 ml per 100 L spray solution)
Water volume
8
9
For control of fall emerged Japanese brome grass, add Poast® Ultra herbicide at 90 ml/ha to the tank mix. See label for details.
Merge adjuvant is required and is included within Odyssey Ultra herbicide case.
Mixing order
1. Use a 50 mesh (or coarser) filter screen and fill the spray tank 3/4 full with the correct amount of water.
2. Add the required amount of Odyssey Ultra herbicide (a) water-soluble bags directly into the sprayer through the
tank opening. Agitate for at least 10 minutes to dissolve the herbicide.
3. After the herbicide is dissolved, use a separate calibrated measuring device to add the required amount of
Odyssey Ultra herbicide (b) while agitating the spray solution.
4. Continue agitation while adding the required amount of Merge adjuvant. If excess foaming occurs, a silicone
anti-foaming agent may be added (e.g. Halt®).
INOCULANTS
Odyssey Ultra herbicide (a) Odyssey Ultra herbicide (b)
Merge adjuvant9
SEED TREATMENTS
Application rates
Application tips
HERBICIDES
Apply in warm weather to weeds that are actively growing.
Avoid applying immediately after or preceding a frost or when temperature is under 5°C.
60 days after application for Clearfield canola10, Clearfield lentils and field peas.11
80 days after application for faba beans.
85 days after application for soybeans.10
10
11
Do not graze treated canola or soybeans or cut for hay; sufficient data is not available to support these uses.
Field peas may be fed to livestock 30 days after application.
Canary seed
Chickpeas
Clearfield canola
Clearfield canola quality Brassica juncea
Durum wheat
Field corn
Field peas
Spring barley
Spring wheat
Tame oats
Flax
Sunflowers
Refer to label for additional follow-crop restrictions. Contact your BASF Sales Representative for details on any crops not listed here.
Tank mixes
Herbicide: Poast Ultra at 36 ml/ac (90 ml/ha) for control of fall emerged Japanese brome grass
Fungicides: Headline®13, Priaxor®13
13
Supported but not on label.
WEED & DISEASE
12
FUNGICIDES
Follow crops12
Dimethenamid-P – Group 15
Formulation
Residual activity and wider lateral control for reduced weed
pressure throughout crop development.
CropTiming
PotatoesPre-emergence to crop and weeds. Apply
after planting and before potatoes emerge
from the final hilling of the season.
Emulsifiable concentrate
Weeds controlled
One case contains
2 x 9 L jugs
Broadleafs
Storage
Store in cool, dry, ventilated area,
away from food and feed.
Nightshade (eastern black)1,2
Redroot pigweed1,2
Grasses
Barnyard grass
Consistent performance with Outlook® herbicide
Crabgrass (smooth, large)
Fall panicum
INOCULANTS
Active ingredient
Consistent performance in challenging weather conditions.
SEED TREATMENTS
Pre-emergent control of annual grasses and key
broadleaf weeds, including biotypes resistant to
triazine and Group 2 herbicides.
CROP SOLUTIONS
Protect potato yields through the critical weed-free period.
Foxtail (giant, green, yellow)
Outlook
Source: BASF trials, PEI, 2012
Includes Group 2-resistant and triazine-resistant biotypes.
Controlled at 390 ml/ac (963 ml/ha). Lower rates provide
suppression only.
3
Suppression only.
1
2
Yellow nutsedge3
FUNGICIDES
Untreated
WEED & DISEASE
Sedge
HERBICIDES
Old witchgrass
CROP SOLUTIONS
Application rates
One case of Outlook herbicide will treat 46 to 59 acres (18.6 to 23.9 ha). One jug will
treat 23 to 29.4 acres (9.3 to 11.9 ha).
Soil Type
Less Than 3% Organic
3% to 6% Organic
7% to 10% Organic
coarse textured soils
305 ml/ac (756 ml/ha)
305 ml/ac (756 ml/ha)
348 ml/ac (860 ml/ha)
medium textured soils
305 ml/ac (756 ml/ha)
348 ml/ac (860 ml/ha)
390 ml/ac (963 ml/ha)
fine textured soils
305 ml/ac (756 ml/ha)
348 ml/ac (860 ml/ha)
390 ml/ac (963 ml/ha)
INOCULANTS
Application Rates Based on % Organic Matter
Mixing order
1. Ensure the spray tank is clean before use.
2. Fill the tank 1/2 full of water and start agitation.
3. Add the required amount of Outlook herbicide to the tank.
4. Continue agitation while filling the remainder of the spray tank.
5. After use, clean the spray tank according to label precautions.
Application tips
SEED TREATMENTS
Apply Outlook at the higher rates in the table, on fine textured or high organic soils and for heavier weed problems.
Apply Outlook only in a single application in potatoes. Do not exceed the specified rate by soil type in a single application.
Resistance management – Rotate the use of Outlook or other Group 15 herbicides within a growing season (sequence)
or among growing seasons, with different herbicide groups that control the same weeds in a field. Tank mix with
herbicides from a different group.
40 days after application for potatoes
HERBICIDES
Restricted entry interval – 24 hours.
Tank mixes
Herbicides: Sencor® (Metribuzin)4, Lorox® (Linuron)4
WEED & DISEASE
4
FUNGICIDES
Contact AgSolutions® Customer Care or your BASF Sales Representative for information on supported tank mixes.
CROP SOLUTIONS
Systemic herbicide for proven control of grassy weeds.
Formulation
Liquid emulsifiable concentrate
One case contains
2 x 7.7 L jugs
Storage
Flax (incl. low linoleic acid varieties)
Lentils
Mustard
Potatoes (incl. sweet)
Safflower
Snap common beans
Soybeans
Sugar beets
Sunflowers
Weeds controlled
Staging
Grasses
Barnyard grass Crabgrass Fall panicum Foxtail barley2,4 Green foxtail Persian darnel Proso millet Quackgrass3,4
Volunteer barley5 Volunteer corn Volunteer wheat5 Wild oats5
Witchgrass Yellow foxtail
1 to 6 true leaf (except where indicated)
plus more than 30 other crops
(see label for complete list)
(before tillering)
(2
(1
(1
(1
to
to
to
to
5
4
4
4
leaf)
leaf)
leaf)
leaf)
Dry common beans may vary in their tolerance to herbicides,
including Poast® Ultra. See label for additional notes on use.
1
Suppressed at the 445 ml/ac (1.1 L/ha) rate when applied at
the 1 to 4 true leaf stage prior to tillering.
2
Suppressed at the 190 ml/ac rate when applied at the 2 to
5 true leaf stage. Controlled at the 445 ml/ac (1.1 L/ha) rate
when applied up to the 3 true leaf stage.
3
Ground application only.
4
Controlled at the 1-4 leaf stage in canola, flax and peas only.
5
WEED & DISEASE
FUNGICIDES
Cool, dry, well-ventilated area
without drain.
Alfalfa
Beans (white, kidney, pinto,
adzuki, faba, lima, mung)
Buckwheat
Canola (all types, incl.
Clearfield® canola)
Caraway
Chickpeas
Coriander
Creeping red fescue
Dry common beans1
Field peas
INOCULANTS
Sethoxydim – Group 1
Crops
SEED TREATMENTS
Active ingredient
Effective across a broad range of environmental
conditions.
HERBICIDES
Registered on over 50 crops including lentils, beans and
field peas.
Ground or aerial application with wide staging window
on key grassy weeds.
CROP SOLUTIONS
Application rates
One case of Poast Ultra herbicide will treat 80 to 120 acres, depending on rate.
Regular ground rate6
Small grass ground rate 130 ml/ac (321 ml/ha)
Regular aerial rate
190 ml/ac (470 ml/ha)
All applications
Merge® adjuvant7
6
7
1% v/v (e.g. 1 L per 100 L spray solution)
Poast Ultra may also be applied at a higher ground rate of 445 ml/ac (1.1 L/ha) for control of quackgrass and suppression of foxtail barley. See label for details.
Merge adjuvant is required and is not included in the case.
INOCULANTS
190 ml/ac (470 ml/ha)
6
Mixing order
1. Fill clean spray tank 1/2 full with clean water and start agitation.
SEED TREATMENTS
2. Add the correct amount of Poast Ultra herbicide. Continue to agitate.
3. If tank mixing a broadleaf herbicide, add correct rate now.
4. Add the correct amount of Merge adjuvant along with the remaining amount of water.
5. Continue to agitate or run the by-pass system.
6. After any break in spraying, agitate thoroughly before spraying again.
Application tips
Rainfastness – 1 hour.
Reduced rates are not recommended as they may result in inconsistent weed control.
Field peas
Flax (incl. low linoleic acid varieties)
Lentils Mustard
Potatoes (incl. sweet)
Safflower
Snap common beans
Soybeans
Sugar beets
Sunflowers
Follow crops
There are no follow-crop restrictions in the season following application.
Tank mixes
60 days
60 (86) days
65 days
76 days
80 (30) days
90 days
15 days
80 days
85 days
105 days
FUNGICIDES
Alfalfa
70 days
Beans (white, kidney, pinto,
adzuki, faba, lima, mung)
80 days
Buckwheat 85 days
Canola (all types incl. Clearfield canola) 70 days
Carawayn/a
Chickpeas
65 days
Coriander n/a
Creeping red fescue
n/a
Dry common beans
80 days
HERBICIDES
None on label for all other crops.
WEED & DISEASE
Clearfield canola, Clearfield lentils, field peas: Odyssey®
Canola (non-Clearfield): Lontrel®, Muster®
LibertyLink® canola: Liberty®
Flax: Buctril® M, Logic® M, Lontrel 360, MCPA Ester 600
Alfalfa (established)1
Alfalfa (newly seeded)
Chickling vetch
Dry beans1
Field peas
Soybeans2
before 30 cm tall
after 1st trifoliate leaf appears
5 to 7 leaf
up to 2 trifoliate leaf
up to 6 node
1 to 3 leaf
2 x 3.3 L jugs
Weeds controlled
Staging
Storage
Broadleafs
cotyledon to 4 leaf
Chickweed
Cleavers
Common groundsel3
Green smartweed3
Hairy nightshade4
Hemp-nettle
Redroot pigweed
Shepherd’s-purse
Smartweed
Stinkweed
Volunteer canola5
Wild buckwheat6
Wild mustard
Grasses Green foxtail
1 to 4 true leaf
6
Wild oats 2 to 4 leaf
Formulation
Liquid concentrate
One case contains
1
See Pursuit® herbicide label for more details
on weeds controlled.
In Manitoba only.
2
3
Controlled in newly seeded alfalfa only.
4
Controlled in dry beans only.
5
Non-Clearfield® canola varieties only.
6
Suppression.
WEED & DISEASE
FUNGICIDES
Keep from freezing.
Do not store below 0°C.
INOCULANTS
CropsStaging
SEED TREATMENTS
Active ingredient
Controls multiple flushing weeds at time of application
plus additional flushes of shallow germinating weeds
that develop later.
HERBICIDES
For use only in the black and grey wooded soil zones
in Western Canada.
Ideal for broadleaf weed control with moderate grassy
weed pressure.
CROP SOLUTIONS
Broad-spectrum, flushing weed control in soybeans, field peas and dry beans.
CROP SOLUTIONS
Application rates
Non-ionic surfactant 7
Water volume
7
40 L/ac (10 gal/ac)
Non-ionic surfactant containing at least 80% active ingredient (Agral® 90, Ag-surf®) is required for Pursuit herbicide and is not included in the case.
Mixing order
INOCULANTS
Pursuit herbicide
1. Add 1/2 to 3/4 full of clean water needed.
2. Add the required amount of Pursuit herbicide and agitate the solution.
4. Complete filling with water.
Application tips
Avoid application immediately before or after frost or during unseasonably cold weather.
Do not spray before all weeds have emerged.
SEED TREATMENTS
3. Add required amount of non-ionic surfactant and continue agitation.
60 days after application for field peas and chickling vetch.
75 days after application for dry beans.
85 days after application for soybeans (Manitoba only).
Follow crops
HERBICIDES
14 days after application for newly seeded alfalfa.
Tank mixes
Herbicide: Poast® Ultra
FUNGICIDES
Alfalfa
Clearfield canola (incl. Clearfield Brassica juncea canola) Spring wheat (incl. Clearfield wheat)
Field peas
Spring barley
WEED & DISEASE
Contact AgSolutions® Customer Care or your local BASF Sales Representative for additional information
on supported tank mixes.
CROP SOLUTIONS
Control of grass and broadleaf weeds, with rotational flexibility.
One case contains
4 x 117.5 g water-soluble bags
Storage
Store above 5°C.
Weeds controlled
Staging
Broadleafs
cotyledon to 4 leaf
Cleavers1
(1 to 4 whorls)
Cow cockle
Green smartweed
Lamb’s quarters
Redroot pigweed
Russian thistle
Shepherd’s-purse
Stinkweed
Volunteer canola2
Wild buckwheat1
Wild mustard
Grasses 1 to 4 true leaf Barnyard grass
Green foxtail
Japanese brome grass1 Persian darnel
Volunteer barley
Volunteer tame oats
Wild oats
Yellow foxtail
1
Suppression.
2
Non-Clearfield varieties only.
INOCULANTS
2 to 6 leaf
2 to 6 leaf
2 to 6 leaf
2 to 8 leaf
2 to 6 leaf
SEED TREATMENTS
Formulation
Clearfield canola
Clearfield lentils
Clearfield sunflowers
Clearfield XCEED® canola HERBICIDES
CropsStaging
FUNGICIDES
Active ingredient
A good balance between broadleaf weed control
and rotational flexibility.
WEED & DISEASE
Reliable control of tough grasses and targeted
broadleaf weeds.
Broad-spectrum control for Clearfield® lentils
and Clearfield sunflowers.
Solo® herbicide
11.7 g/ac (29 g/ha)
Merge® adjuvant3
Water volume
40 L/ac (10 gal/ac)
Merge adjuvant (required for optimum activity) is not included in the case.
Mixing order
1. Use a 50 mesh (or coarser) filter screen and fill tank 3/4 full with correct amount of water. Start and continue
agitation throughout mixing and spraying.
2. Add the required amount of Solo herbicide water-soluble bags directly into the sprayer through the tank opening and
allow to dissolve completely.
3. For Solo plus Lontrel® herbicide tank mix, add recommended amount of Lontrel.
INOCULANTS
3
CROP SOLUTIONS
Application rates
5. If required, add the correct amount of Merge adjuvant. If excess foaming occurs, a silicone anti-foaming
agent may be added (e.g. Halt®).
Application tips
Avoid application immediately before or after frost or during unseasonably cold weather.
SEED TREATMENTS
4. Agitate for at least 10 minutes to dissolve the herbicide. After the herbicide is dissolved, continue agitation.
Treat when weeds are actively growing.
60 days after application for Clearfield canola and Clearfield lentils.
70 days after application for Clearfield sunflowers.
Follow crops
Winter wheat as a rotational crop
Canary seed
Canola (all types incl. Clearfield canola)
Chickpeas Durum wheat
Field corn
Field peas
Flax
Spring barley
Tame oats
Tank mixes
FUNGICIDES
HERBICIDES
Herbicides for Clearfield canola: Lontrel DSG at 40 g/ac (100 g/ha) and 0.5% v/v Merge
Contact AgSolutions® Customer Care or your local BASF Sales Representative for
additional information on supported tank mixes.
WEED & DISEASE
None on label for Clearfield lentils or Clearfield sunflowers.
Formulation
Solution
One case contains
2 x 6.5 L jugs
or
3 x 4.33 L jugs
Storage
Store above 5°C.
Weed control in Clearfield lentils
Solo ADV
Source: BASF Research Authorization trial, Wilkie, SK, 2015
Clearfield canola
Clearfield lentils Clearfield sunflowers Clearfield XCEED® Brassica juncea canola Soybeans
2 to 6 leaf
2 to 6 leaf
1 to 9 node
2 to 8 leaf
2 to 6 leaf
cotyledon to 4 leaf
Weeds controlled
Staging
Broadleafs
cotyledon to 4 leaf
Cleavers1
Cow cockle
Green smartweed
Lamb’s quarters
Redroot pigweed
Russian thistle
Shepherd’s-purse
Stinkweed
Volunteer canola2
Wild buckwheat1
Wild mustard
(1 to 4 whorls)
Grasses
1 to 4 true leaf stage
up until early tillering
Barnyard grass
Green foxtail
Persian darnel
Volunteer barley
Volunteer tame oats
Wild oats
Yellow foxtail
INOCULANTS
Staging
®
SEED TREATMENTS
Crops
FUNGICIDES
Active ingredient
Delivers reliable control of tough grasses and targeted
broadleaf weeds.
HERBICIDES
Includes a built-in adjuvant, for ease of handling and
reduced fill-up times.
Provides the re-cropping flexibility of Solo herbicide
in a new, convenient liquid formulation.
CROP SOLUTIONS
New Solo® ADV herbicide provides reliable control of tough weeds with rotational freedom
in a new, convenient liquid formulation.
Both case options will treat 40 acres.
Solo ADV herbicide 325 ml/ac (800 ml/ha)
Water volume
1
Suppression only.
2
Non-Clearfield varieties.
40 L/ac (10 gal/ac)
WEED & DISEASE
Application rates
Application tips
Solo ADV
Source: BASF Research Authorization trial, Frobisher, SK, 2015
Note: Solo ADV may contain a small amount of sediment, which is completely
normal. Always perform a triple rinse of the jug when preparing the spray
solution.
Avoid application immediately before or after frost or during unseasonably cold
weather. Treat when weeds are actively growing.
60 days after application for Clearfield canola, Clearfield canola quality
Brassica juncea, Clearfield XCEED Brassica juncea canola, Clearfield lentils
and soybeans.
Volunteer canola
Green smartweed
70 days after application for Clearfield sunflowers.
Lamb’s quarters
Stinkweed
10
20
30
40
50
60
70
% weed control
Source: BASF Research Authorization trials,
Western Canada, 2015
80
90
100
Grazing
Do not graze treated Clearfield canola, Clearfield canola quality Brassica
juncea, Clearfield XCEED Brassica juncea canola, Clearfield lentils or
soybeans or cut for hay within 20 days of application.
Do not graze treated Clearfield sunflower plants or cut for straw.
Follow crops
Winter wheat as a rotational crop
HERBICIDES
Wild oats
Canary seed, canola (incl. Clearfield canola), chickpeas, durum wheat, field
corn, field peas, flax, lentils (incl. Clearfield lentils), soybeans, spring barley,
spring wheat, sunflowers (incl. Clearfield sunflowers) and tame oats
Tank mixes3
Clearfield canola: Lontrel 360 at 84 ml/ac (208 ml/ha)
FUNGICIDES
Volunteer wheat
Clearfield canola, Clearfield lentils, Clearfield sunflowers and soybeans:
Poast Ultra at 129 to 190 ml/ac (320 to 470 ml/ha)
If tank mixing Solo ADV with a tank-mix partner for improved grass control (i.e. Poast Ultra), no additional adjuvant is required.
3
WEED & DISEASE
Green foxtail
SEED TREATMENTS
Solo ADV weed control efficacy
0
CROP SOLUTIONS
Green foxtail control after Solo ADV application
in Clearfield lentils
1.Always start with a clean sprayer. Refer to previously applied product labels
for specific cleaning instructions.
2.Fill the clean tank with 1/2 to 3/4 of the required amount of clean water and
start agitation system. Agitation should be running during the entire mixing
procedure.
3.Add the correct amount of Solo ADV herbicide and continue to agitate.
4.If required, add the correct amount of Lontrel® 360 herbicide or Poast® Ultra
herbicide while agitating the spray solution.
5.Continue the agitation while filling the spray tank with the remaining amount
of water.
6.Thoroughly flush tank, boom, hoses and nozzle screens with clean water
to avoid possible injury to other crops.
INOCULANTS
Mixing order
One case contains
2 x 8.1 L jugs
Also available in 129.6 L drum
Storage
below 0oC and above 40oC.
Cleaver control, 7 days after application
of Viper® ADV herbicide
Untreated
Viper ADV
Source: BASF Research Authorization trial, SK, 2012
Volunteer canola control with application of
Viper ADV herbicide vs glyphosate
Glyphosate
Viper ADV
Source: AgSolutions® Performance Trials, Somerset,
MB, 2014
1
Dry edible beans may vary in their tolerance to herbicides.
See label for important notes. For dry edible beans,
Viper ADV requires addition of Basagran® Forté herbicide
plus 28% UAN.
2
Includes resistant biotypes.
3
Suppression.
4
Top growth suppression only.
5
Including Clearfield® and non-Clearfield varieties.
6
Excluding Clearfield wheat.
1 to 2 trifoliate leaf
3 to 6 above ground node
(3 to 6 true leaf)
cotyledon to 4 leaf
Weeds controlled
Staging
Broadleafs
cotyledon to 4 leaf
Cleavers2,3
Cow cockle
Green smartweed
Hemp-nettle3
Kochia2,3
Lamb’s quarters
Redroot pigweed
Russian thistle
Shepherd’s-purse
Sow thistle (annual)3
Sow thistle (perennial)4
Stinkweed
Volunteer canola5
Volunteer lentils5
Wild buckwheat3
Wild mustard2
Grasses
Barnyard grass
Green foxtail
Persian darnel
Volunteer barley
Volunteer tame oats
Wild oats
Yellow foxtail
INOCULANTS
Liquid concentrate
Dry edible beans Field and succulent peas Soybeans
SEED TREATMENTS
Formulation
Staging
1
HERBICIDES
Bentazon – Group 6
Crops
1 to 4 true leaf
or early tillering
FUNGICIDES
Active ingredients
Control of resistant wild mustard and volunteer canola.
Excellent rotational freedom.
WEED & DISEASE
Convenient, user-friendly 100% liquid formulation.
Multiple modes of action to help manage
resistant weeds.
CROP SOLUTIONS
Proven, broad-spectrum weed control for field peas, soybeans and dry edible beans.
CROP SOLUTIONS
Application rates
One case will treat 40 acres. One drum will treat 320 acres.
Viper ADV herbicide7
404 ml/ac (1 L/ha)
28% UAN 809 ml/ac (2 L/ha)
8
Water volume
8
40 L/ac (10 gal/ac)
For dry edible beans only, Viper ADV requires the addition of Basagran Forté herbicide at 146 ml/ac (360 ml/ha) to control additional weeds. Basagran Forté is not included in case.
Addition of a nitrogen source (28% UAN) is recommended for grass control, and is not included in the case.
Mixing order
1. Add 3/4 of needed water.
2. Start agitation and continue agitation throughout mixing and spraying procedure.
3. Add the required amount of Viper ADV herbicide.
4. If tank mixing Basagran Forté herbicide for dry edible beans or glyphosate for Roundup Ready® soybeans9, add the
required amount of tank-mix partner.
INOCULANTS
7
6. Complete filling with water and continue agitation.
9
Supported but not on the label. For soybeans, 28% UAN is not required when tank mixing with glyphosate.
Application tips
Avoid application immediately before or after frost or during unseasonably cold weather. Apply in warm weather
(15°C to 28°C) when weeds are actively growing.
Initial transient crop yellowing may occur but is outgrown and will not affect yield.
SEED TREATMENTS
5. Add correct amount of nitrogen source (required for grass control).
60 days after application for field peas, soybeans and dry edible beans.
Follow crops
Winter wheat
Canary seed
Canola (all types incl.
Clearfield canola)
Chickpeas
Durum wheat
Field corn
Field peas
Flax
Soybeans
Tank mixes
Spring barley
Tame oats
FUNGICIDES
HERBICIDES
40 days after application for succulent peas.
Herbicide for dry edible beans: Basagran Forté at 146 ml/ac (360 ml/ha)
None on label for field or succulent peas.
Contact AgSolutions Customer Care or your local BASF Sales Representative
WEED & DISEASE
Herbicide for Roundup Ready soybeans: Glyphosate9
Formulation
One case contains
2 x 8.1 L jugs
Storage
Store above 5°C.
Merge surfactant is a requirement when using the BASF herbicides listed
in the table below.
The amount of Merge applied depends on the herbicide and the water
volume rates used. See the individual herbicide labels for more
complete information.
The following table can serve as a guide for determining the approximate
amount of Merge required.
Acres/case Merge requirement (at water
herbicide
volume of 40 L/ac (10 gal/ac))
Ares™ herbicide 40
0.5% v/v1 (incl. with herbicide)
Armezon® herbicide
160
0.25% v/v1,2
Distinct® herbicide
40 to 80
1 jug/40 ac3
Heat® LQ herbicide
30 to 80
1 jug/40 ac3 (incl. with herbicide)
Odyssey herbicide
40
0.5% v/v1
Odyssey Ultra herbicide
40
0.5% v/v1 (incl. with herbicide)
Poast® Ultra herbicide
80 to 120
1% v/v1
Solo® herbicide
40
0.5% v/v1
®
Solo ADV herbicide440
n/a
Mixing order
1. Thoroughly clean sprayer prior to use, using instructions of the
previously used product.
SEED TREATMENTS
Surfactant blend
and solvent
Application rates
HERBICIDES
Active ingredients
Purchase and use only what is required, reducing
storage, waste and disposal concerns.
INOCULANTS
Packaged separately for flexibility and
handling convenience.
Merge® surfactant helps ensure maximum penetration
of specific BASF herbicides into weeds.
CROP SOLUTIONS
A blended surfactant designed for use with a wide range of BASF herbicides.
2. Fill spray tank 1/2 full with clean water and start agitation system.
3. Add the required amount of herbicide.
Merge is required at a rate that fluctuates with water volume
used. At 40 L/ac (10 gal/ac), Merge would treat 40 acres.
For field corn only, when tank mixed with atrazine.
3
Merge is required at a standard rate regardless of herbicide and
water rate used.
4
Solo ADV herbicide has the adjuvant built into the formulation.
No added Merge is required.
1
2
WEED & DISEASE
5. Add the correct amount of Merge surfactant.
FUNGICIDES
4. If tank mixing herbicides, add the required amount of
tank-mix partner.
BASF 28% UAN helps the two active ingredients in
Viper ADV work together to ensure effective control of
grasses and broadleaf weeds.
Active ingredient
Urea – Ammonium nitrate
Formulation
Addition of BASF 28% UAN increases spray droplet
retention and herbicide absorption by weed foliage.
Sprayer grade, filtered to maximize sprayer
performance.
Function
BASF 28% UAN is recommended for tank mixing with Viper ADV herbicide
for effective control of grassy weeds in field and succulent peas, dry beans
and soybeans.
Water-based solution
Application rates
One case contains
Two cases of BASF 28% UAN required for each case
2 x 8.0 L jugs
Also available in 128 L shuttle
of Viper ADV herbicide.
Storage
Heated storage not required.
One shuttle provides enough nitrogen for 4 cases of
Viper ADV herbicide.
BASF 28% UAN1
809 ml/ac (2 L/ha)
Viper ADV herbicide 404 ml/ac (1 L/ha)
2,3
Water volume
40 L/ac (10 gal/ac)
Mixing order
CROP SOLUTIONS
INOCULANTS
Ensure the maximum performance of Viper® ADV herbicide with the addition
of BASF 28% UAN.
SEED TREATMENTS
BASF 28% UAN
2. Start agitation and continue agitation throughout mixing and
spraying procedure.
3. Add the required amount of Viper ADV herbicide.
4. If tank mixing a herbicide, add the required amount of tank-mix partner.
5. Add the correct amount of BASF 28% UAN (recommended for
grass control).
HERBICIDES
1. Add 3/4 of needed water.
Tank mixes
or
Solo® at 11.7 g/ac (29 g/ha) and Basagran Forté at 506 ml/ac
(1.25 L/ha) and BASF 28% UAN at 809 ml/ac (2 L/ha)
1
For dry edible beans only, Solo herbicide requires addition
of Basagran Forté herbicide plus BASF 28% UAN.
2
Viper ADV herbicide is purchased separately.
3
For dry edible beans only, Viper ADV can be tank mixed
with Basagran Forté herbicide to control additional weeds.
WEED & DISEASE
Viper ADV at 404 ml/ac (1 L/ha) and Basagran® Forté at 146 ml/ac
(360 ml/ha) and BASF 28% UAN at 809 ml/ac (2 L/ha)
FUNGICIDES
Herbicides for dry edible beans:
CROP SOLUTIONS
INOCULANTS
BASF Fungicides
Cabrio® Plus
Cantus®
Caramba®
Forum™
SEED TREATMENTS
AgCelence® Benefits
Headline® for canola
Lance®
Lance AG
HERBICIDES
Headline for additional crops
Priaxor® for canola
Sercadis™
Twinline®
WEED & DISEASE
Priaxor for corn and soybeans
FUNGICIDES
Priaxor for pulses
CROP SOLUTIONS
BASF fungicides that use the active ingredient, pyraclostrobin, offer benefits for your crops, in addition to disease
control. We call these benefits1 AgCelence® and you see them in your crops when you use:
Twinline® fungicide in cereals
Insure® Cereal fungicide seed treatment
New Insure Pulse fungicide seed treatment for
pulses and flax
Cabrio® Plus fungicide in potatoes
How do crops benefit from AgCelence?
How AgCelence benefits the crop depends on the stage at which it is used.
Benefits in a cereal seed treatment2
In addition to premium broad-spectrum disease control,
crops that are treated with Insure Cereal fungicide seed
treatment experience:
More consistent and increased emergence, including
under cold conditions
Benefits in foliar fungicides2
Protection against all major leaf diseases for
healthier plants
Increased growth efficiency with more effective capture
and utilization of energy from the sun
Increased ability for the plant to utilize the nitrogen
provided for growth
Increased seedling vigour above and below ground
Enhanced ability to manage exposure to minor periods
of environmental stress
The outcome is a better, earlier start for cereal crops and
increased yield potential that is established right from the
beginning.
Plants are also better able to manage exposure to short
periods of stress, allowing them to remain greener and
productive for longer
Plants treated with AgCelence brand fungicides are
proven to be more productive, ultimately leading to
maximized yield potential2 at harvest.
HERBICIDES
Priaxor® fungicide for multiple crops including canola,
corn, pulses and soybeans
New Lance® AG fungicide for canola and pulses
Headline® fungicide in canola, corn, flax, pulses and
soybeans
INOCULANTS
Growers count on fungicides to help protect developing crops and prevent lost yield potential due to disease.
Extensive research and years of grower experience have shown that a unique active ingredient available only in select
BASF fungicides does more than just protect against disease.
SEED TREATMENTS
AgCelence – Unique. Proven. Exceptional.
Insure Cereal fungicide seed treatment
n = 33 Barley
n = 69 Wheat
Percent Increase
120
110
80
FUNGICIDES
Comparing Insure Cereal fungicide seed treatment to competitive treatment
60
40
Wheat
0
Barley
Wheat
# Plants/m
Barley
Plant height (cm)
Wheat
Barley
Root length (cm)
Using Insure Cereal results in increased and more consistent emergence, increased plant height and increased root length.
Source: BASF field trials, Western Canada
1
AgCelence benefits refer to products that contain the active ingredient pyraclostrobin.
2
All comparisons are to untreated plants, unless otherwise stated.
WEED & DISEASE
20
CROP SOLUTIONS
29% More pods
86%
11% Less aborted pods
74%
8% More leaves
74%
7% Thicker stems
80%
10% Longer roots
77%
Priaxor fungicide sprayed at the 2 to 6 leaf stage.
Source: AgSolutions® Performance Trials and Research Authorization Trials,
2014, n=35
5% Taller plants
84%
4% Larger spike
80%
6% Longer flag leaves
84%
11% Wider flag leaves
88%
10% Thicker stems
88%
Twinline fungicide sprayed at flag-leaf vs untreated.
Source: AgSolutions Performance Trials, 2013, n=25
Each trial assessed 50 plants and compared 40+ acres of Twinline to
40+ acres of untreated on same field and variety.
HERBICIDES
69%
In lentils
% Wins vs Competitors
Leading competitor
Priaxor
79%
Greener leaf retention
= increased photosynthesis
84%
Taller, less lodged crop
= easier to harvest
68%
Increased length of pod fill
= more yield potential
FUNGICIDES
5% Taller plants
% Wins vs Untreated
SEED TREATMENTS
In cereals
% Wins vs Untreated
Source: AgSolutions Performance Trials, 2014, n=19
Each trial assessed 5 locations with 10 plants each
and compared 40 acres of Priaxor vs 40 acres of
competitor on same field and variety.
WEED & DISEASE
In canola
INOCULANTS
AgCelence provides positive responses
CROP SOLUTIONS
450
472.9
Yield (cwt/ac)
400
410.1
350
300
250
100
Years of BASF research, third-party studies and growerconducted trials have shown that plants treated with
AgCelence-branded fungicides are more efficient at
conducting photosynthesis and respiration, leading to
more sugar available for growth and yield. Research
has also shown that plants respond to an AgCelence
fungicide application by producing more of the enzyme
responsible for converting nitrogen into a usable form.
The increase in available sugar and nitrogen results in
larger, greener plants, with more biomass and area for
photosynthesis.
Better stress management
200
150
Increased growth efficiency
+ 62.8
cwt/ac
Standard + Cabrio Plus
Standard
Source: Canadian field-scale performance trials, 2005-2014, n=124
Stressed plants produce ethylene, a hormone that
signals the plant to stop growth and set seed. In
research studies, plants treated with pyraclostrobin
produced less ethylene in response to abiotic stress
exposure, leading to plants that remained viable and
productive for longer, with increased yield potential.
HERBICIDES
The three pillars of AgCelence
Better Quality,
Production Efficiency, Stress Management
& Yield Potential
GREENER LEAVES
HEALTHIER PLANTS
STRONGER STEMS
GROWTH
EFFICIENCY
DISEASE
CONTROL
STRESS
MANAGEMENT
• Better use of
nitrogen fertilizer
•E
xcellent control
of key seed-borne,
soil-borne and
foliar diseases.
• Drought
• More efficient
photosynthesis
INOCULANTS
500
The science behind AgCelence
SEED TREATMENTS
Potato Yields with Cabrio Plus
• Cold
• Heat
FUNGICIDES
In potatoes
Research has shown that AgCelence-branded fungicides – whether in a seed treatment or foliar application – deliver
excellent protection against disease as well as unique additional benefits that result in a more productive crop and
increased yield potential.
WEED & DISEASE
Expect more with AgCelence
CROP SOLUTIONS
Two modes of action for control of early and late blight.
Formulation
Water dispersible granules
Potatoes
7 to 14 day interval (for early blight)
7 to 10 day interval (for late blight)
During periods of rapid growth or high disease pressure, use a
shorter interval.
ake first application at tuber initiation
M
before row closure.
One case contains
20 kg bag
Subsequent applications can be made:
Storage
1. A
t row close to allow good coverage
of the lower canopy where disease
usually starts.
Store in cool, dry, ventilated area
without floor drain.
2. B
efore harvest if the crop is under
stress from heat, cold or drought
conditions.
Cabrio® Plus fungicide provides a convenient
formulation for ease of mixing
Diseases controlled
Early blight (Alternaria solani)
SEED TREATMENTS
Metiram – M2
CropTiming
HERBICIDES
Active ingredients
Unique AgCelence benefits for increased yield potential.2
INOCULANTS
Stop early and late blight in potatoes and get the proven benefits1 of AgCelence®.
FUNGICIDES
Late blight (Phytophthora infestans)
1
2
AgCelence benefits refer to products containing the active
All comparisons are against grower standard unless
otherwise stated.
WEED & DISEASE
Source: BASF
CROP SOLUTIONS
Average yield increase: Cabrio Plus on potatoes
One bag of Cabrio Plus fungicide will treat 22 acres (8.9 ha).
Potatoes
0.91 kg/ac (2.25 kg/ha)
3.Add the required amount of Cabrio Plus fungicide to the tank and allow
to completely dissolve before adding any tank-mix partners.
Yield compared to
grower standard practice
Each bar represents 1 of 124 trials over 9 years.
Source: In field-scale BASF trial, Canada, 2006 to 2014,
n=124
Application tips
Rainfastness – 1 hour (pyraclostrobin). (Metiram will wash off in heavy rain)
Increased yield with Cabrio Plus
Resistance management – Rotate to a non-Group 11 fungicide after each
use. Do not exceed 3 applications per year.
SEED TREATMENTS
Yield increase (cwt/ac)
Mixing order
Average yield increase =
32.9 cwt/acre
INOCULANTS
Application rates
None on label.
Grower standard
Cabrio Plus
Source: Burr Bros Farms, Delta, BC, 2013
FUNGICIDES
Tank mixes
WEED & DISEASE
3 days after application for potatoes.
HERBICIDES
Active ingredient
Boscalid – Group 7
Formulation
Protects treated tissue as it expands.
Effective tank-mix partner with protectant fungicides.
Crop1Timing
PotatoesApply preventatively from tuber initiation
through row closure as part of a regular
control program for early blight.
Water dispersible granules
Disease controlled
One case contains
INOCULANTS
Systemic and rapidly rainfast to ensure long-lasting
control under adverse conditions such as moderate
temperatures and high humidity.
CROP SOLUTIONS
Proven, effective control of early blight in potatoes.
Storage
1
Refer to label for additional crops.
WEED & DISEASE
FUNGICIDES
HERBICIDES
without floor drain.
SEED TREATMENTS
4 x 2.83 kg jugs
CROP SOLUTIONS
Application rates
One case of Cantus® fungicide will treat 88.8 to 160 acres (36 to 64.8 ha).
71 to 127 g/ac (175 to 315 g/ha)
Always apply Cantus as a tank mix with a protectant/contact fungicide such as Polyram® DF2 or Bravo®2 to protect
against late blight and for resistance management.
Water volume
Ground application 9 gal/ac (100 L/ha)3
Aerial application 3.6 gal/ac (40 L/ha)3
Sprinkler irrigation 5,652 gal/ac (63,500 L/ha)4
3
4
This is the minimum water volume recommended. Ensure thorough coverage.
Do not exceed 0.54 cm (1/4 inch), or 63,500 L/ha. See label for additional precautions.
Mixing order
3. Add the required amount of Cantus fungicide to the tank.
4. Add the required amount of recommended protectant/contact fungicide2 to the tank.
SEED TREATMENTS
2
INOCULANTS
Potatoes
Resistance management – Where possible, rotate the use of Cantus fungicide (Group 7) with fungicides from different
groups that control the same pathogen. See the label for more details.
HERBICIDES
Application tips
Tank mixes
WEED & DISEASE
FUNGICIDES
Fungicides: Polyram DF2, Bravo2
Proven protection against fusarium.
Effective control of later-season foliar diseases.
Reduces deoxynivalenol (DON) contamination
to preserve grade quality.
Barley
full head emergence to
3 days after full emergence1
Formulation
Corn (field, sweet, pop, seed types)
full silking to silk browning2
Liquid
Oats
20% flower1,3
One case contains
Rye
20% flower1,3
2 x 8.1 L jugs
and 400 L tote
Triticale
20% flower1,3
Wheat (all types incl. durum wheat)
20% flower1,3
Storage
Diseases controlled
Optimum timing for Caramba® fungicide
on wheat
Spray window for Caramba
Infection Period
75%-100%
Head
Emergence
4
5
6
Fusarium head blight management
with Caramba
In corn (field, sweet, pop, seed types).
Fusarium ear rot (Fusarium graminearum)4
Gibberella ear rot (Gibberella zeae)4
In oats.
Crown rust (Puccinia coronata)
Fusarium head blight (Fusarium graminearum)4
Septoria leaf blotch (Septoria avenae)
Powdery mildew (Erysiphe graminis)
Stripe rust (Puccinia striiformis)
Untreated
In rye.
Leaf rust (Puccinia recondita)
Caramba
Source: AgSolutions Performance Trials, AB, 2011
®
For suppression of fusarium head blight and leaf disease
control at heading. For leaf disease control prior to heading,
apply before the appearance of symptoms.
2
This is BBCH stage, GS 63-67.
3
This is BBCH stage, GS 61-63.
4
Suppression only.
5
Not controlled or suppressed in triticale. Wheat only.
1
In wheat (all types incl. durum wheat) and triticale.
Fusarium head blight (Fusarium graminearum)4,5
Powdery mildew (Erysiphe graminis f. sp. tritici)
Septoria glume blotch (Stagonospora nodorum)
Septoria leaf spot (Septoria tritici or Stagonospora nodorum)
Spot blotch (Cochliobolus sativus)4
Stem rust (Puccinia graminis)
Tan spot (Pyrenophora tritici-repentis)
HERBICIDES
3
Days
FUNGICIDES
2
WEED & DISEASE
1
In barley.
Leaf rust (Puccinia hordei)
Net blotch (Pyrenophora teres)
Scald (Rhynchosporium secalis)
Spot blotch (Cochliobolus sativus)4
SEED TREATMENTS
Metconazole – Group 3
INOCULANTS
CropsStaging
Active ingredient
0
CROP SOLUTIONS
Preventative protection against late season leaf diseases and fusarium.
CROP SOLUTIONS
Application rates
One case of Caramba fungicide treats 40 acres at the fusarium
rate and 60 to 80 acres6 at the cereal leaf disease rate. One shuttle
treats 320 acres. One tote treats 1,000 acres.
For fusarium head blight
fusarium ear rot, gibberella ear rot 405 ml/ac (1 L/ha)
For cereal leaf diseases
202 to 283 ml/ac (500 to 700 ml/ha)6
Water volume
Ground application
40 L/ac (10 gal/ac)
Aerial application
20 L/ac (5 gal/ac)
INOCULANTS
Wheat 17 days after application of Caramba
These rates should be used only for leaf disease control prior to heading. They are not recommended for applications
targeting fusarium head blight, fusarium ear rot or gibberella ear rot.
Untreated
Mixing order
2. Fill the spray tank 1/2 full of water and start agitation.
3. Add the required amount of Caramba fungicide to the tank.
SEED TREATMENTS
6
Application tips
Caramba
Source: AgSolutions Performance Trials, Prince Albert,
SK, 2012
Avoid application when heavy rain is forecast.
DON levels in Caramba vs untreated
Apply when conditions are favourable for disease development.
1.8
1.6
1.62
1.4
7 days after application for sweet corn (mechanical harvesting only).
18 days after application for sweet corn (hand harvesting only).
1.0
20 days after application for pop and field corn.
0.8
0.76
0.2
0
Tank mixes
Caramba
Untreated
Source: BASF Research Authorization Trials and
AgSolutions Performance Trials, 2008-2012, n=45
None on label.
Contact AgSolutions Customer Care or your local BASF Sales
FUNGICIDES
30 days after application for barley, oats, rye and wheat.
0.4
WEED & DISEASE
DON (ppm)
1.2
0.6
HERBICIDES
Caramba should be applied preventively, prior to the onset of disease.
Formulation
Flowable concentrate
Potatoes
5 to 10 day interval
During periods of rapid growth or high disease pressure, use a shorter
interval. See label for details.
One case contains
Disease controlled
2 x 4.5 L jugs
Storage
Suppression of tuber blight in storage (Phytophthora infestans)
1
75
WEED & DISEASE
FUNGICIDES
HERBICIDES
away from food and animal feed.
SEED TREATMENTS
Dimethomorph – Group 40
Crop1Timing
INOCULANTS
Antisporulant activity controls spores and stops
the spread of disease.
Easy-to-use liquid formulation.
Highly systemic tank-mix partner for control of
late blight in potatoes.
Active ingredient
CROP SOLUTIONS
Excellent control of late blight in potatoes, both in the field and into storage.
CROP SOLUTIONS
Application rates
One case of Forum™ fungicide will treat 50 acres (20.2 ha).
182 ml/ac (450 ml/ha)
Always apply Forum as a tank-mix with a protectant/contact fungicide such as Polyram® DF or Bravo® to protect
against early blight and for resistance management.
Mixing order
INOCULANTS
Potatoes
3.Add the required amount of Forum fungicide to the tank while agitating.
4. Add the required amount of Polyram DF or Bravo fungicide to the tank.
Application tips
Resistance management – In order to reduce the risk of developing fungicide resistance, Forum fungicide must be
used in a tank mix with other fungicides effective against late blight.
SEED TREATMENTS
Tank mixes
Fungicides: Polyram DF, Bravo, Dithane® DG Rainshield®
76
WEED & DISEASE
FUNGICIDES
Contact AgSolutions® Customer Care or your BASF Sales Representative for additional information on supported
tank mixes.
HERBICIDES
CROP SOLUTIONS
Formulation
One case contains
2 x 6.5 L jugs
and 400 L tote
Storage
Store above 0°C.
Crops3Staging
Canola includes rapeseed, canola quality
Brassica juncea and oilseed/condiment mustard
For blackleg control and
additional AgCelence benefits
2 to 6 leaf (rosette)
For alternaria black spot suppression
20 to 50% flowering
For alternaria black spot control
90% to full bloom
Diseases controlled
In canola.
Alternaria black spot (Alternaria brassicae and raphani)4
Blackleg (Leptosphaeria maculans)
HERBICIDES
Active ingredient
Increased growth efficiency for greener leaves and
stronger stems, leading to larger and healthier crops
with increased yield potential.1
INOCULANTS
Protection against blackleg and alternaria black
spot in canola.
Better management of exposure to minor stress,
including heat, drought and cold conditions.1
SEED TREATMENTS
For canola. Protects and builds yield potential1 through the benefits2 of AgCelence®.
Greener, larger leaves = increased photosynthesis
Canola yield increase vs yield potential with Headline® fungicide
4
3.5
3
FUNGICIDES
Untreated
Yield increase over untreated
(bu/ac)
4.5
2.5
2
1.5
1
0.5
0
All trials
n=203
<40 bu/ac
n=61
40-45 bu/ac 45-50 bu/ac 50-55 bu/ac
n=35
n=39
n=27
>55 bu/ac
n=41
Yield potential (bu/ac)
Headline
Source: AgSolutions Performance Trials, Foam Lake, SK, 2012
®
All comparisons are to untreated, unless otherwise stated.
3
4
Apply at 20 to 50% bloom for suppression or 90% bloom
for control.
1
2
WEED & DISEASE
Source: Grower trials, Western Canada, 2009-2013
CROP SOLUTIONS
Improved growth in canola with Headline
One case treats 80 to 110 acres, depending on rate.
One shuttle treats 750 acres. One tote treats 2,500 acres.
Headline fungicide
120 to 160 ml/ac (300 to 400 ml/ha)
Water volume
Ground application Aerial application
40 L/ac (10 gal/ac)
20 L/ac (5 gal/ac)
INOCULANTS
Application rates
Untreated
3. Add the required amount of the tank-mix partner if used, according to
manufacturer’s instructions.
4. Add the required amount of Headline fungicide to the tank.
SEED TREATMENTS
Mixing order
Application tips
Headline should be applied preventively, prior to the onset of disease.
Headline can be applied either with an in-crop herbicide in any canola
system, or later when applied with Lance® fungicide for sclerotinia control.
21 days after application for canola.
Tank mixes
Fungicide: Lance
Herbicides: Ares™, Odyssey®, Poast® Ultra, Liberty®, Centurion®5,
Select®5, glyphosate
5
FUNGICIDES
Source: BASF greenhouse trial, Saskatoon, SK, 2012
WEED & DISEASE
Headline
HERBICIDES
CROP SOLUTIONS
One case contains
2 x 6.5 L jugs
and 400 L tote
Additional crops on label: Alfalfa (for seed production), cereals (barley, oats,
rye, wheat), grasses (bluegrasses, fescues, ryegrasses for seed production)
and sunflowers.
Storage
Store above 0°C.
Average yield increase: Headline® on soybeans
55
53.7
Yield (bu/ac)
50.4
45
40
+3.3
bu/ac
52
35
Headline
Untreated
Source: Grower trials, Canada, 2004-2012, n=132
3
Refer to label for additional diseases.
4
Excluding Lupinus spp.
5
Excluding Phaseolus spp.
6
Suppression only. Note that directions for Headline use on
field peas for downy mildew suppression were not developed
by BASF Canada.
1
2
Diseases controlled3
In glyphosate-tolerant and conventional corn.
Common rust (Puccinia sorghi)
Gray leaf spot (Cercospora zeae-maydis)
In dry beans.
Anthracnose (Colletotrichum spp.)4
Mycosphaerella blight (Mycosphaerella spp.)5
Powdery mildew (Erysiphe spp.)
Rust (Uromyces spp.)4
In faba beans.
Mycosphaerella blight (Mycosphaerella spp.)
In field peas.
Downy mildew (Peronospora viciae f. sp. pisi)6
In flax (including low linolenic acid varieties).
Pasmo (Septoria linicola)
In lentils.
Anthracnose (Colletotrichum spp.)
Ascochyta blight (Ascochyta spp.)
In glyphosate-tolerant and conventional soybeans.
Asian soybean rust (Phakopsora pachyrhizi)
Frog eye leaf spot (Cercospora sojina)
SEED TREATMENTS
Formulation
Corn (field, sweet, pop seed types) early to full tassel (VT)
Dry beans
before flowering (if anthracnose present),
early flowering (20 to 50% bloom)
Faba beans
start of flowering
Field peas start of flowering (for mycosphaerella
blight), prior to or at disease onset (for
powdery mildew)
Flax
mid flower (7 to 10 days after first flower)
Lentils
row closure or at first flower
Soybeans
early to late flower (R2 to R3)
HERBICIDES
Staging
FUNGICIDES
Crops
Active ingredient
50
Increased growth efficiency for greener leaves and
stronger stems and stalks, leading to larger and
healthier crops with increased yield potential.1
WEED & DISEASE
Protection against key foliar diseases.
Better management of exposure to minor stress,
including heat, drought and cold conditions.1
INOCULANTS
For soybean, corn, flax and pulse crops. Protects and builds yield potential1 through the
benefits2 of AgCelence®.
CROP SOLUTIONS
Untreated
Headline
Source: AgSolutions® Performance Trial, Welwyn, SK, 2013
Corn, dry beans,
faba beans, field peas
160 to 240 ml/ac (400 to 600 ml/ha)7
Flax
120 to 160 ml/ac (300 to 400 ml/ha)
Lentils, soybeans8
160 ml/ac (400 ml/ha)
Water volume
Ground application
40 L/ac (10 gal/ac)
60 L/ac (15 gal/ac)8
Aerial application
20 L/ac (5 gal/ac)
7
8
Healthier flax with Headline
Do not apply more than 160 ml/ac (400 ml/ha) by aerial application.
For soybeans, use the higher water volume for ground application (60 L/ac (15 gal/ac)).
Mixing order
SEED TREATMENTS
One case of Headline fungicide treats 54 to 110 acres, depending
on crop. One shuttle treats 750 acres. One tote treats 2,500 acres.
Longer roots in soybeans
INOCULANTS
Application rates
4. Add the required amount of Headline fungicide to the tank.
Untreated
Headline
Source: AgSolutions Performance Trial, Riverhurst, SK, 2010
Application tips
Healthier lentils with Headline
HERBICIDES
3. Add the required amount of the tank-mix partner if used, according to
manufacturer’s instructions.
Headline should be applied preventively, prior to the onset of disease.
7 days after application for corn.
21 days after application for flax and soybeans.
30 days after application for dry beans, faba beans, field peas and lentils.
Headline
Tank mixes
None on label.
WEED & DISEASE
Untreated
Source: AgSolutions Performance Trial, Assiniboia, SK, 2010
FUNGICIDES
Formulation
Wettable granules
One case contains
2 x 2.83 kg jugs
Storage
Store in cool, dry, well-ventilated
area without floor drain.
Control of sclerotinia stem rot with
Lance® fungicide
Alfalfa (for seed production) Canola, mustard
Chickpeas, lentils Dry beans2
Field peas Succulent beans Succulent peas
Sunflowers 20 to 50% flowering
20 to 50% flowering1
beginning of flowering
20 to 50% flowering
20 to 50% flowering
early flower
Note:For most crops, applications can be repeated if conditions are
conducive for disease development. See label for details.
Diseases controlled
In canola and mustard.
Alternaria black spot (Alternaria brassicae and raphani)
Sclerotinia stem rot (Sclerotinia sclerotiorum)
In chickpeas and lentils.
Gray mold (Botrytis cinerea)
White mold (Sclerotinia sclerotiorum)
In dry beans.2
Untreated
In field peas.
INOCULANTS
Boscalid – Group 7
CropsStaging
SEED TREATMENTS
Active ingredient
Works on sprayed areas and moves systemically to
protect other parts of the plant.
HERBICIDES
Preventative protection against diseases including
sclerotinia, alternaria and ascochyta.
CROP SOLUTIONS
A proactive approach to disease control in a range of crops including canola,
dry beans and lentils.
Lance
Source: AgSolutions® Performance Trials, AB, 2012
In sunflowers.
Leaf spot (Alternaria helianth)4
Sclerotinia head rot (Sclerotinia sclerotiorum)4
In alfalfa.
Blossom blight (Sclerotinia sclerotiorum and Botrytis cinerea)
Common leaf spot (Pseudopeziza medicaginis)
Leaf spot (Leptosphaerulina briosiani)
Spring black stem (Phoma medicagnis)
1
To control sclerotinia stem rot and suppress alternaria black
spot. Apply at late flowering to early green pod to control
alternaria black spot.
2
Except for soybeans.
3
Control with higher rate 227 to 312 g/ac (560 to 770 g/ha).
4
Suppression.
WEED & DISEASE
In succulent peas.
White mold (Sclerotinia sclerotiorum)3
FUNGICIDES
In succulent beans.
White mold (Sclerotinia sclerotiorum)3
CROP SOLUTIONS
Application rates
Yield (bu/ac)
44
38
2.2
+
41.5
bu/ac
Lance
Dry beans5
227 to 312 g/ac (560 to 770 g/ha)
Succulent beans7, succulent peas7
170 to 312 g/ac (420 to 770 g/ha)
Sunflowers 142 to 259 g/ac (350 to 640 g/ha)
Water volume
Ground application Aerial application
40 L/ac (10 gal/ac)
20 L/ac (5 gal/ac)
6
43.7
40
142 g/ac (350 g/ha)
Chickpeas6, field peas7, lentils6, alfalfa5 170 g/ac (420 g/ha)
46
42
Canola5, mustard5
Leading Competitor
Source: AgSolutions Performance Trials, 2008-2012, n=27
5
6
7
Ground, aerial and pivot or sprinkler irrigation.
Ground and aerial application only.
Mixing order
Increase yield with Lance fungicide
2. Add the required amount of Lance fungicide to the tank.
3. If tank mixing, add the required amount of the tank-mix partner.
INOCULANTS
48
One case of Lance fungicide will treat 18 to 40 acres, depending
on crop.
SEED TREATMENTS
Increased yield with Lance fungicide
vs competitor on canola
Untreated
Lance should be applied preventively, prior to the onset of disease.
Grazing
Do not graze or feed treated alfalfa to livestock.
HERBICIDES
Application tips
Source: Lance trial, Moose Jaw, SK, 2012
Tank mixes
Insecticides: Matador® 120 EC or Warrior®8
Fungicide: Headline®
8
For succulent beans only
WEED & DISEASE
Lance
21 days after application for dry beans, canola, chickpeas, lentils, mustard,
field peas and sunflowers.
FUNGICIDES
7 days after application for succulent beans and succulent peas.
CROP SOLUTIONS
Staging
Canola, alfalfa (for seed production)
20 to 50% flowering
Chickpeas, field peas, lentils 10-14 days after 1st application
of fungicide (prior to the onset
of disease and prior to canopy
closure)3
Formulation
One case contains
2 x dual-chamber jugs
Each contains
(1) 3.5 kg
(2) 3.3 L
Storage
Store above 0°C.
Diseases controlled
In canola.
Alternaria black spot (Alternaria brassicae and raphani)4,
sclerotinia stem rot (Sclerotinia sclerotiorum)
In lentils.
Anthracnose (Colletotrichum spp.), ascochyta blight (Ascochyta spp.),
gray mold (Botrytis cinerea), white mold (Sclerotinia sclerotiorum)
In field peas.
Mycosphaerella blight (Mycosphaerella spp.), ascochyta blight (Ascochyta
spp.), downy mildew (Peronospora viciae f. sp. pisi)4, gray mold (Botrytis
cinerea), powdery mildew (Erysiphe spp.)
In chickpeas.
Ascochyta blight (Ascochyta spp.), gray mold (Botrytis cinerea),
white mold (Sclerotinia sclerotiorum)
In alfalfa.
Blossom blight (Sclerotinia sclerotiorum and Botrytis cinerea), common leaf
spot (Pseudopeziza medicaginis), leaf spot (Leptosphaerulina briosiani),
spring black stem (Phoma medicagnis)
3
Priaxor® fungicide is optimum for first application. Lance AG
should be applied 10 to 14 days following first application of
Priaxor, for ideal efficacy against sclerotinia and botrytis in
pulse crops.
4
Suppression only. Note that directions for use on field peas
for downy mildew suppression were not developed by
BASF Canada.
1
2
HERBICIDES
(1) Wettable granules
(2) Emulsifiable concentrate
FUNGICIDES
(1) Boscalid – Group 7
(2) Pyraclostrobin – Group 11
Crops
WEED & DISEASE
Active ingredients
Results in more consistent and increased yield
potential.2
SEED TREATMENTS
Improved late season disease control.
Increased protection from minor stress during the
critical flowering period.2
INOCULANTS
Lance® AG fungicide provides enhanced performance and the benefits1 of AgCelence®
to canola and pulse growers.
CROP SOLUTIONS
One case will treat 50 acres at the canola rate and 40 acres at the
alfalfa (for seed production), chickpea, field pea and lentil rate.
Yield (bu/ac)
38.9
38.8
37
36
35
34.8
34
Alfalfa5, chickpeas6, field peas7, lentils6
Lance AG fungicide (1)
175 g/ac (432 g/ha)
165 ml/ac (408 ml/ha)
Water volume
Ground application
Aerial application
33
32
31
140 g/ac (346 g/ha)
132 ml/ac (326 ml/ha)
Lance AG
Lance
Competitor
Untreated
Source: BASF research trials, Western Canada,
2007-2014, n=13
40 L/ac (10 gal/ac)
20 L/ac (5 gal/ac)
Ground, aerial and pivot or sprinkler irrigation.
Ground and aerial application only.
7
5
6
Mixing order
Increased lentil yield with Lance AG fungicide
2. Important. To avoid mixing issues add the required amount of
Lance AG fungicide (1), the dry component, to the tank first and
allow it to dissolve into solution.
30
Yield (bu/ac)
25
24.9
20
23.5
21.8
19.1
15
3. Add the required amount of Lance AG fungicide (2), the liquid emulsifiable
concentrate component, to the tank.
10
5
0
Lance AG
Headline
®
Competitor
Untreated
Source: BASF research trials, Western Canada,
2007-2014, n=21
Application tips
SEED TREATMENTS
39.4
38
HERBICIDES
39
Canola5
Lance AG should be applied preventively, prior to the onset of disease.
30 days after application for chickpeas, field peas, and lentils.
Tank mixes
FUNGICIDES
40
None on label.
WEED & DISEASE
Increased canola yield
with Lance AG fungicide
INOCULANTS
Application rates
CROP SOLUTIONS
Crops
Active ingredients
Formulation
Liquid suspension
One case contains
2 x 9.6 L jugs
Storage
Store above 0°C.
Taller plants with Priaxor on canola
Staging
Canola includes rapeseed, canola quality
Brassica juncea and oilseed/condiment mustard
For blackleg control and
additional AgCelence benefits
2 to 6 leaf (rosette)
For alternaria black spot and
sclerotinia stem rot suppression
20 to 50% flowering
For alternaria black spot control 90% to full bloom
Additional crops on label: Alfalfa (for seed production), cereals (barley,
oats, rye, triticale, wheat), corn, flax, grasses (for seed production), legumes
(edible, podded), pulses (chickpeas, dry beans, faba beans, field peas, lentils),
soybeans, succulent shelled peas and beans, sugar beets, sunflowers.
INOCULANTS
More consistent and continuous control of blackleg,
along with increased growth efficiency and better
management of minor stress.1
SEED TREATMENTS
Tank mixed with your canola system herbicide, Priaxor®
fungicide combines the active ingredient Xemium® with
the proven benefits2 of AgCelence®.
Multiple modes of action for increased performance and
reduced risk of developing fungicide resistance.
HERBICIDES
For canola. A more advanced fungicide that helps maximize your canola yield potential.1
Untreated
Priaxor
Source: BASF Research Authorization trials, Rosetown, SK, 2014
1
2
WEED & DISEASE
In canola.
Alternaria black spot (Alternaria brassicae and A. raphani)
Suppression of sclerotinia stem rot (Sclerotinia sclerotiorum)
FUNGICIDES
Diseases controlled
CROP SOLUTIONS
Blackleg control with Priaxor on canola
One case of Priaxor fungicide treats 160 to 210 acres at the
blackleg and alternaria black spot rate and 107 acres at the
sclerotinia stem rot rate.
For blackleg and
alternaria black spot control
90 to 120 ml/ac (225 to 300 ml/ha)
For sclerotinia stem rot suppression
180 ml/ac (450 ml/ha)
INOCULANTS
Application rates
Ground application
Aerial application
40 L/ac (10 gal/ac)
20 L/ac (5 gal/ac)
Mixing order
Untreated
3. Add the required amount of Priaxor fungicide to the tank.
4. Add the required amount of the tank-mix partner.
SEED TREATMENTS
Water volume
Application tips
Priaxor should be applied preventively, prior to the onset of disease.
Preventative application at the 2- to 4-leaf stage is recommended for fields
with a history of blackleg.
Tank mixes
Fungicide for canola: Lance® at 142 g/ac (350 g/ha) at
20 to 50% flowering
Herbicides for canola: Ares™3, Odyssey®, Poast® Ultra, Liberty®
(150 SN or 200 SN), glyphosate
3
FUNGICIDES
Source: BASF Research Authorization trials, Winkler, MB, 2013
Supported, but not on label.
WEED & DISEASE
Priaxor
HERBICIDES
Chickpeas, faba beans, lentils start of flowering or onset of symptoms,
start of flowering (for white mold and gray
mold suppression)
Formulation
Dry beans3,4
start of flowering or onset of symptoms
Liquid suspension
Field peas
start of flowering or onset of symptoms
(for powdery mildew control, downy
mildew suppression)
One case contains
2 x 9.6 L jugs
Additional crops on label: Alfalfa (for seed production), canola, cereals
(barley, oats, rye, triticale, wheat), corn, flax, grasses (for seed production),
legumes (edible, podded), soybeans, succulent shelled peas and beans,
sugar beets, sunflowers.
Storage
Store above 0°C.
Mycosphaerella-inoculated field peas,
7 days after fungicide application
Competitor
Priaxor®
Source: BASF research trials, Saskatoon, SK, 2015
1
2
3
4
Dry beans include Lupinus spp. (grain lupin, sweet lupin,
white lupin, white sweet lupin), Phaseolus spp. (field beans
[dry common and coloured beans] such as kidney, black,
cranberry, pink, navy bean, pinto bean, tepary bean and lima
bean [dry]) and Vigna spp. (adzuki bean, blackeyed pea,
catjang, cowpea, crowder pea, moth bean, mung bean, rice
bean, southern pea, urd bean, broad or faba bean [dry]).
As of September 2015, import tolerances (maximum residue
limits (MRLs)) for dry beans have yet to be established for the
Japanese trade market. Contact AgSolutions® Customer
Care for more information.
Diseases controlled
In chickpeas.
Ascochyta blight (Ascochyta rabiei)
Suppression of gray mold (Botrytis cinerea) and white mold
(Sclerotinia sclerotiorum)
In dry beans.
Anthracnose (Colletotrichum lindemuthianum),
powdery mildew (Erysiphe spp.), rust (Uromyces appendiculatus)
In faba beans.
Ascochyta blight (Ascochyta spp.), powdery mildew (Erysiphe spp.)
In field peas.
Mycosphaerella blight (Mycosphaerella pinodes),
powdery mildew (Erysiphe pisi)
Suppression of downy mildew (Peronospora viciae f. sp. pisi) and
white mold (Sclerotinia sclerotiorum)
In lentils.
Anthracnose (Colletotrichum truncatum), ascochyta blight (Ascochyta lentis)
INOCULANTS
CROP SOLUTIONS
Staging
SEED TREATMENTS
Crops
Active ingredients
HERBICIDES
Results in more consistent and continuous control of
disease, including anthracnose and ascochyta blight,
FUNGICIDES
Combines the unique mobility properties of the
active ingredient Xemium® with the proven benefits2
of AgCelence®.
Multiple modes of action for increased performance and
reduced risk of developing fungicide resistance.
WEED & DISEASE
For pulse crops. A more advanced fungicide that helps maximize your pulse yield potential.1
CROP SOLUTIONS
Improved disease control with Priaxor on lentils
One case of Priaxor fungicide will treat 107 to 160 acres, depending
on rate.
Chickpeas5, dry beans,
faba beans5, field peas6, lentils5
120 to 180 ml/ac (300 to 450 ml/ha)
Water volume
Ground application7
Aerial application
INOCULANTS
Application rates
40 L/ac (10 gal/ac)
20 L/ac (5 gal/ac)
Use increased rate at 180 ml/ac for suppression of gray mold and white mold in chickpeas, faba beans and lentils.
Use increased rate at 180 ml/ac for suppression of white mold in field peas.
7
Increase water volume to improve overall efficiency of the product under high disease pressure.
5
Untreated
Mixing order
4. Add tank-mix partner and other components if required.
Priaxor
Consistent yield increase with Priaxor
fungicide on lentils
25
21.6
Application at the 120 ml/ac (300 ml/ha) rate is generally sufficient to control
or suppress most diseases that affect crops at the early-flowering stage.
18.7
13.8
10
30 days after application for chickpeas, dry beans, faba beans, field peas
and lentils.
5
Headline®
Competitor
Untreated
Tank mixes
None on label.
Consistent yield increase with Priaxor
fungicide on field peas
55
Yield (bu/ac)
50
51.9
51.1
FUNGICIDES
Priaxor
Source: BASF small plot research trials, Western Canada,
2010-2014, n=18
49.7
45
44.4
40
35
30
Priaxor
Headline
Competitor
Untreated
Source: BASF small plot research trials, Western Canada,
2010-2014, n=22
WEED & DISEASE
Yield (bu/ac)
22.1
15
0
Application tips
HERBICIDES
Source: AgSolutions Performance Trials, 2013
20
SEED TREATMENTS
6
CROP SOLUTIONS
Liquid suspension
One case contains
Alfalfa (for seed production) 10 to 30% bloom or onset of disease
Corn (field, sweet, pop, seed types) early to full tassel (VT)3 or prior to disease development
Flax 20 to 50% flowering (apply 7-10 days following first flower in field)
Grasses (for seed production)4 prior to disease development
2 x 9.6 L jugs
Soybeans early to late flower (R2 to R3) or prior to disease development
Storage
Sunflowers onset of symptoms
Store above 0°C.
Additional crops on label: Canola, cereals (barley, oats, rye, triticale, wheat),
legumes (edible, podded), pulses (chickpeas, dry beans, faba beans, field
peas, lentils), succulent shelled peas and beans, sugar beets.
Greener leaves with Priaxor® on soybeans
Diseases controlled
Untreated
Priaxor
Source: AgSolutions Performance Trials, ON, 2013
®
1
2
3
4
5
While Priaxor can be applied at earlier growth stages,
research suggests that the optimal timing for corn is
at the VT stage for AgCelence benefits including
disease control.
Grasses grown for seed production include bluegrasses,
fescues and ryegrasses.
Suppression only.
In alfalfa.
Blossom blight (Sclerotinia sclerotiorum)5
In corn.
Northern leaf blight (Setosphaeria turcica)
Eye spot (Aureobasidium zeae)5
In flax.
Sclerotinia stem rot (Sclerotinia sclerotiorum)5
In grasses.
Leaf and stem rust (Puccinia recondita, P. graminis)
Powdery mildew (Erysiphe graminis)5
In soybeans.
Asian soybean rust (Phakopsora pachyrhizi)
Septoria brown spot (Septoria glycines)
Sclerotinia stem rot (Sclerotinia sclerotiorum)5
In sunflowers.
Leaf rust (Puccinia helianthi)5
HERBICIDES
Formulation
Staging
FUNGICIDES
Crops
WEED & DISEASE
Active ingredients
More consistent and continuous control of key diseases,
INOCULANTS
Combines the active ingredient Xemium® with the
proven benefits2 of AgCelence®.
Multiple modes of action for increased performance
and reduced risk of developing fungicide resistance.
SEED TREATMENTS
For corn, soybeans and other crops. A more advanced fungicide that helps maximize
your crop’s yield potential.1
CROP SOLUTIONS
Greener leaves with Priaxor on corn
One case of Priaxor fungicide will treat 107 to 160 acres,
depending on crop.
Alfalfa6
Corn, sunflowers
Flax7
Grasses
Soybeans7
120 to 180 ml/ac (300 to 450 ml/ha)
120 ml/ac (300 ml/ha)
90 to 180 ml/ac (225 to 450 ml/ha)
90 to 120 ml/ac (225 to 300 ml/ha)
120 to 180 ml/ac (300 to 450 ml/ha)
INOCULANTS
Application rates
Ground application8
Aerial application
40 L/ac (10 gal/ac)
20 L/ac (5 gal/ac)
Use increased rate for suppression of blossom blight in alfalfa.
Use increased rate for suppression of sclerotinia stem rot in flax and soybeans.
8
Increase water volume to improve overall efficiency of the product under high disease pressure.
6
7
Mixing order
Priaxor
Source: AgSolutions Performance Trials, ON, 2013
4. Add tank-mix partner and other components if required.
Healthier corn with Priaxor
Application tips
HERBICIDES
Untreated
SEED TREATMENTS
Water volume
14 days after application for grasses.
Untreated
21 days after application for corn (field, pop, and seed types), flax,
soybeans and sunflowers.
Tank mixes
None on label.
FUNGICIDES
7 days after application for sweet corn.
Priaxor
Source: AgSolutions Performance Trials, Stayner, ON, 2013
WEED & DISEASE
Active ingredient
Crop1
Potatoes
Formulation
For rhizoctonia canker (soil-borne)
At planting (in-furrow spray).
Suspension
For early blight
Preventatively, from tuber initiation
to row close as part of a regular
early-blight control program.
For white mold
Begin applications at flowering when
there is a risk of disease; continue on
a 7 to 14 day interval.
One case contains
2 x 1.32 L jugs
Storage
Store away from food or feed.
Diseases controlled
Rhizoctonia canker (Rhizoctonia spp.)
1
WEED & DISEASE
FUNGICIDES
HERBICIDES
Timing
INOCULANTS
High-level systemic activity protects the potato crop
as it grows.
Tank-mixing flexibility to adapt to your season’s needs.
SEED TREATMENTS
The unique mobility of Xemium® delivers more
consistent and continuous control of key diseases,
including white mold.
CROP SOLUTIONS
Innovative, new chemistry for long-lasting protection against key diseases.
CROP SOLUTIONS
Application rates
One case of Sercadis™ fungicide will treat 20 to 40 acres (8 to 16 ha).
67 to 135 ml/ac (167 to 333 ml/ha)
For rhizoctonia canker , white mold
2
135 ml/ac (333 ml/ha)
For control of rhizoctonia, apply in-furrow spray by uniformly covering seed pieces and surrounding soil. Spray pattern
should be a 10 to 20 cm (4 to 8 inch) band that is applied to the seed piece prior to being covered with soil.
2
Applied in-furrow. Refer to label to determine the rate per 1000 meters of row, based on row spacing.
Mixing order
INOCULANTS
For early blight
4. Add the required amount of tank-mix partner, if applicable.
5. Add the recommended amount of adjuvant, if applicable.
Application tips
SEED TREATMENTS
3. Add the required amount of Sercadis fungicide to the tank.
Use of a non-ionic surfactant at 0.125% v/v is recommended.
HERBICIDES
Resistance management – Do not apply more than two (2) sequential applications of Sercadis before alternating to a
fungicide with a different mode of action that controls the same pathogens.
Tank mixes
None on label.
WEED & DISEASE
FUNGICIDES
AgCelence benefits include disease control, a stronger
stem for less lodging and easier harvesting; greener,
larger flag leaf for increased yield potential when it
counts the most3 and increased grain fill for plumper,
more plentiful kernels.2
CropsStaging4
flag leaf
Barley
Oats
Rye
Triticale
Wheat (all types incl. Clearfield® wheat)
Liquid
One case contains
2 x 8.1 L jugs
and 400 L tote
Storage
Store above 0°C.
Application of Twinline® at flag-leaf followed
by Caramba® at full head emergence
(20% flower)
Diseases controlled
In barley.
Spot blotch (Cochliobolus sativus)
In oats.
In rye.
39
FLAG LEAF
49
EARLY HEAD
EMERGENCE
61-63
FULL HEAD
EMERGENCE
1
2
3
Research shows that up to 65% of cereal yield potential is
determined at the flag-leaf stage.
4
Twinline can also be applied at other stages (earlier at the
penultimate leaf stage, before the development of disease
or early onset of disease), however research suggests the
flag-leaf timing provides optimal AgCelence benefits.
HERBICIDES
Formulation
In wheat (all types incl. Clearfield wheat) and triticale.
Powdery mildew (Erysiphe graminis f. sp. tritici)
Septoria leaf spot (Septoria tritici or Stagonospora nodorum)
FUNGICIDES
Metconazole – Group 3
WEED & DISEASE
Active ingredients
INOCULANTS
CROP SOLUTIONS
Multiple modes of action for preventative control of
major leaf diseases.
Protect and build yield potential2 at flag-leaf with the
benefits of AgCelence.
SEED TREATMENTS
Broad-spectrum control of tough leaf diseases through the benefits1 of AgCelence®
for cereals.
CROP SOLUTIONS
Increased yield with Twinline fungicide vs
competitor on barley
100
Twinline fungicide
Water volume
80
60
50
202 ml/ac (500 ml/ha)
79.3
76.4
2.9
+
40 L/ac (10 gal/ac)
20 L/ac (5 gal/ac)
Mixing order
bu/ac
Twinline
Ground application
Aerial application
Competitor
AgSolutions® Performance Trials, 2010-2013, n=14
Multiple-modes-of-action control of major
leaf diseases with Twinline fungicide
2. Add the required amount of Twinline fungicide to the tank.
3. If tank mixing, add the required amount of the tank-mix partner.
Application tips
Twinline should be applied at flag-leaf for optimal AgCelence benefits,
including disease control.
SEED TREATMENTS
Yield (bu/ac)
90
70
One case treats 80 acres. One shuttle treats 640 acres.
One tote treats 2,000 acres.
INOCULANTS
Application rates
Twinline
Source: AgSolutions Performance Trials, 2011
Do not use less than the minimum water volumes and ensure thorough
coverage of foliage.
75
70
Apply no later than end of flowering.
60
55
50
65.8
64.6
1.2
+
None on label.
bu/ac
Twinline
Competitor
AgSolutions Performance Trials, 2010-2013, n=78
Healthier wheat with Twinline fungicide
Untreated
Tank mixes
Twinline
Source: BASF RCD trial, Edmonton AB, 2011
FUNGICIDES
65
WEED & DISEASE
Yield (bu/ac)
Increased yield with Twinline fungicide
vs competitor on wheat
Up to 2 applications may be made per season, with a minimum
spray interval of 10 to 14 days.
HERBICIDES
Do not apply in periods of dead calm or gusty winds.
Untreated
FUNGICIDES
HERBICIDES
SEED TREATMENTS
Weed Index
WEED & DISEASE
Weed and
Disease Index
Disease Index
INOCULANTS
CROP SOLUTIONS
O,OU
O
H,D
Lamb’s quarters
S,SA
AF2
AF2
AF2
AF2
AF2
AF2
AF2
FUNGICIDES
Poast Ultra controls additional weeds and additional crops not shown in this index. See the product page and product label for more detailed information.
For Pursuit herbicide, weeds controlled are for newly seeded alfalfa. See product label for details on established alfalfa.
For use on dicamba-tolerant soybeans only.
A,S,O,OU,SA A,S,O,OU,SA S,SA
A,S,SA
A,S,SA
Shepherd's-purse
H,D
Round-leaved mallow
B
Russian thistle
H,D
Pigweed
Pasture sage
Narrow-leaved hawk’s beard
H,D
D
Lady’s thumb
Mustards
H,D
Kochia
Knapweed
AF2
V,BF
V,BF
V
V,BF
V,BF
BF
V
O,OU,BF
O,OU,BF
O,OU,BF
O,OU,BF
BF
O,OU
BF
O,OU
O,OU
BF
BF
O,OU,BF
O,OU,BF
BF
Faba beans
HERBICIDES
P,O
O
P,O
O
O
V
P, BF
A,O,OU
P,O
V
A,O,OU
AF2
Hemp-nettle
O,OU
AF2
Hairy nightshade
B
B
Green smartweed
B
Goldenrod
H
H,D
Goat’s beard
Flixweed
False ragweed
Dandelion
V
AF2
BF
V,BF
BF
BF
Dry beans
Cow cockle
S,SA
O
O
Alfalfa2
(for seed)
BF
A,S,SA
AF2
AF2
AF2
Clearfield
wheat
Odyssey Ultra
Odyssey®
Heat® LQ
Herbicide
Pulse and Legume Crops
D
BF
Distinct®
Basagran® Forté
Code
B
Banvel® II
Herbicide
Corn spurry
A,S,SA
D
Clearfield
sunflowers
Common ragweed
A,O,OU
Clearfield
lentils
Clearfield
canola
H
WEED & DISEASE
3
2
1
Armezon®
Cleavers
B
Ar
Ares™
A,O,OU
D
Canada thistle
Pasture,
rangeland,
non-crop
areas
A
Altitude FX® 2
In-crop Applications – Clearfield® Crops
Code
AF2
Herbicide
Chickweed
H
Chemfallow,
pre-seed,
pre-emergence,
post-harvest
Canada fleabane
Broadleafs
Weed Index
P,O
O
P,O
O
P,O
O
O
P,O
P,O
Forage
legumes
OU
O
BF
V,P,O,OU,BF
V,O,OU,BF
V
V,P,O,OU,BF
V,O,OU,BF
BF
V
V,P,O,OU
BF
V,O,OU
O,OU
V
BF
Code
P
PU
Ot
Solo ADV
Viper® ADV
B
Barley
B
B
B
B
BF
BF
Ar,BF,B,D
B
Ar,BF,B,D
BF,B,D
Ar,D
BF
B
B
B
BF,B
Ar,BF,B,D
BF,B
Ar,BF
BF,B,D
B
Corn
B
B
B
B
B
B
B
B
B
B
B
B
Oats
SA
V
Solo®
Canary
seed
Code
S
Herbicide
Cereal Crops and Grasses
V,P,O,OU,BF B
P,O,OU,BF
BF
Field peas
Pursuit®
Poast® Ultra1
Outlook®
Herbicide
SEED TREATMENTS
Code
H
B
B
B
B
B
B
Wheat,
winter
B
B
B
B
B
B
Seedling
& forage
grasses
INOCULANTS
B
B
B
B
B
B
Wheat,
spring
BF
BF
BF
BF
BF
BF
BF
BF
BF
BF
BF
Flax
Potatoes
Tubers
CROP SOLUTIONS
V,P,O,OU,BF,SA
V,O,OU,BF,SA
V,SA
V,P,O,OU,BF,B3,SA Ot
B3
V,O,OU,BF,B3,SA
BF,B3
V
V,P,O,OU
BF
V,O,OU,SA,B3
O,OU
B3
V,SA,B3
BF,B3
BF,B3
V,P,O,OU,BF,B3,SA
P,O,OU,BF
BF,B3
B3
Soybeans
Oilseed Crops
Armezon®
A,S,OU,SA
A,S,O,OU,PU,SA A,S,O,OU,SA S,SA
OU,PU
A,S,SA
OU,PU
A,S,O,OU,SA
OU,PU
A,S,PU,OU,SA
Japanese brome grass
Persian darnel
Quackgrass
Volunteer barley
Volunteer corn
Volunteer spring wheat
Volunteer tame oats
Wild millet
Wild oats
Yellow foxtail
S,SA
S,SA
AF2
AF2
AF2
AF2
AF2
AF2
AF2
AF2
AF2
AF2
AF2
AF2
AF2
AF2
AF2
AF2
AF2
FUNGICIDES
Poast Ultra controls additional weeds and additional crops not shown in this index. See the product page and product label for more detailed information.
For Pursuit herbicide, weeds controlled are for newly seeded alfalfa. See product label for details on established alfalfa.
For use on dicamba-tolerant soybeans only.
A,S,OU,SA
OU
A,S,O,OU,SA S,SA
OU
A,S,SA
OU
S,SA
A,S,OU,SA
Green foxtail
A,S,O,OU,SA S,SA
A,S,O,OU,SA S,SA
A,O,OU
A,S,O,OU,SA S,SA
A,O,OU
AF2
V,PU
V
PU
V
V
V
PU
V
V
V,PU
V
V,PU
V,PU
V,BF
V
V
V
V,BF
V
Dry beans
OU,PU
O,OU
OU,PU
O,OU
O,OU
O,OU
OU,PU
O,OU
OU
O,OU,PU
OU
O,OU,PU
O,OU,PU
O,OU,BF
O,OU
O,OU
O,OU
O,OU
O,OU
Faba beans
OU
O
PU
P,O
PU
O
O
O
PU
O
O,PU
P,O,PU
O,PU
P,O
P,O
O
P,O
O
P,O
P
V,PU,OU
V,P,O,OU,PU
OU
V,O,OU
V,O,OU,PU
V,O,OU,PU
OU,PU
V
V,O,OU,PU
OU
V,O,OU,PU
V,OU
V,P,O,OU,PU
V,O,OU,PU
V,P,O,OU,BF
V,P,O,OU
O,OU
V
V,P,O,OU,BF
O,OU
V,P,O,OU,BF
V
P
Field peas
Code
P
PU
Ot
Solo ADV
Viper® ADV
B
B
B
Barley
Ar
Ar
Ar
Ar,BF
B,D
Ar,D
B
BF
B,D
Corn
B
B
B
B
B
B
Oats
SA
V
Solo®
Canary
seed
Code
S
Herbicide
Cereal Crops and Grasses
Pursuit®
Poast® Ultra1
Outlook®
Herbicide
SEED TREATMENTS
Code
H
Forage
legumes
Odyssey Ultra
Odyssey®
Heat® LQ
Herbicide
HERBICIDES
PU
O
PU
O
O
O
PU
O
O,PU
P,PU,O
O,PU
P,O
O
O
P,O
O
P,O
Alfalfa2
(for seed)
Pulse and Legume Crops
D
BF
Distinct®
Basagran® Forté
Code
B
Banvel® II
Herbicide
Clearfield Clearfield
sunflowers wheat
A,S,O,OU,SA S,SA
Clearfield
lentils
Barnyard grass
Grasses
H
Wild mustard
A,S,O,OU,SA
A,S,O,OU,SA
H,D
A,S,O,OU,SA
A,O,OU
A,S,O,OU,SA
Clearfield
canola
Wild buckwheat
WEED & DISEASE
3
2
1
Ar
Ares™
A,O,OU
B
Pasture,
rangeland,
non-crop
areas
A
Altitude FX® 2
In-crop Applications – Clearfield® Crops
Code
AF2
Herbicide
Volunteer lentils
Volunteer flax
Volunteer canola
Tartary buckwheat
H,D
H
Stinkweed
Stork's-bill
D
Sow thistle
Smartweed
Broadleafs
Chemfallow,
pre-seed,
pre-emergence,
post-harvest
Weed Index con’t
B
B
B
Wheat,
winter
B
B
B
Seedling
& forage
grasses
INOCULANTS
B
B
B
Wheat,
spring
PU
PU
PU
PU
PU
PU
PU
PU
PU
PU
PU
BF
BF
Flax
Ot, PU
Potatoes
Tubers
Ot, PU
PU
PU
PU
PU
CROP SOLUTIONS
V,PU,OU,SA
V,P,O,OU,PU,SA
OU,PU
V,O,OU,SA
V,O,OU,PU,SA
V,O,OU,PU,SA
OU,PU
V,SA
V,O,OU,PU,SA
OU,PU
V,PU,O,OU,SA
V,OU,SA
V,P,PU,O,OU,SA Ot, PU
V,O,OU,PU,SA
V,P,O,OU,BF,SA
V,P,O,OU,SA,B3
O,OU
V
V,P,O,OU,SA
B3
O,OU
V,P,O,OU,BF,SA
V,B3
P
Soybeans
Oilseed Crops
Cn
Ca
F
H
Cabrio® Plus
Cantus®
Caramba®
Forum™
Headline®
Alfalfa for seed production.
Suppression only.
FUNGICIDES
L,LA,P2
P2
P2
P
H,P
H,P
Soybeans
H,P2
L2
L2
Sunflowers
HERBICIDES
L,P2
P
Mustard
H,P
H,P
2
P2
L,P
Flax
2
H ,LA ,P
L,LA
2
L,LA
P2
L,LA,P2
L,LA,P2
H,LA,P
H,L,LA,P
Lentils
H,L,LA,P
H,LA,P
L,LA,P2
L,LA,P2
L,LA,P
Chickpeas
Peas,
field
H
H,P
P2
P
Beans,
faba
H,L,LA2,P
H
H,P
H,P
L
Beans,
dry
H,P
Alternaria black spot (Alternaria brassicae and raphani)
Asian soybean rust ((Phakopsora pachyrhizi)
Leaf spot (Alternaria helianth)
Rust (Puccinia helianthi)
Sclerotinia head rot (Sclerotinia sclerotiorum)
Sclerotinia stem rot (Sclerotinia sclerotiorum)
Septoria brown spot (Septoria glycines)
L,LA
L,LA
L,LA,P2
H,L,LA,P
Alfalfa1
Tw
Canola
WEED & DISEASE
2
1
Twinline®
Se
P
Sercadis™
LA
Priaxor®
Disease
Oilseeds
Code
L
Lance AG
Lance®
Fungicide
Anthracnose (Colletotrichum truncatum)
Blossom blight (Sclerotinia sclerotiorum and Botrytis cinerea)
Downy mildew (Peronospora viciae f. sp. pisi)
Leaf spot (Leptosphaerulina briosiani)
Mycosphaerella blight (Mycosphaerella pinodes)
Powdery mildew (Erysiphe pisi)
Rust (Uromyces spp.)
Sclerotinia sclerotiorum (White mold)
Spring black stem (Phoma medicagnis)
Disease
Alfalfa and Pulses
Code
CP
Fungicide
Crop and Seed Disease Index
P
Ca2
Ca2
H,P
P2
H,P
Corn
P
P2
P
Grasses
INOCULANTS
CP, Cn, Se
Se
F, CP
F2
Se
Rhizoctonia canker (Rhizoctonia spp.)
Tuber blight in storage (Phytophthora infestans)
SEED TREATMENTS
Potatoes
Ca, Tw
Ca2,Tw
Ca
Ca,Tw
Ca,Tw
Ca
Ca2
Barley
Disease
Tubers
Eye Spot (Aureobasidium zeae)
Fusarium head blight (Fusarium spp.)
Fusarium ear rot (Fusarium spp.)
Gibberella ear rot (Gibberella zeae)
Leaf rust (Puccinia hordei)
Northern leaf blight (Setosphaeria turcica)
Septoria glume blotch (Stagonospora nodorum)
Septoria leaf blotch (Septoria avenae)
Septoria leaf spot (Septoria tritici or
Stagonospora nodorum)
Stem rust (Puccinia graminis)
Disease
Cereals, Corn and Grasses
Ca
Ca
Ca
Ca2
Ca,Tw
Oats
Tw
Ca,Tw
Ca2
Rye
Ca2,Tw
Ca
Tw
Ca,Tw
CROP SOLUTIONS
Ca2,Tw
Ca
Tw
Ca,Tw
Ca,Tw
Ca
Ca
Ca,Tw
Ca, Tw
Ca,Tw
Ca2
Wheat
Ca, Tw
Ca,Tw
Triticale
S
n/a
C
C
C
C
n/a
C
C
C
C
Cochliobolus sativus (Seedling blight, Root rot)
Common bunt (Tilletia tritici, Tilletia lavies)
Covered smut (Ustilago hordae)
False loose smut (Ustilago nigra)
Fusarium spp. (Seed rot/Pre-emergence damping-off)
Fusarium spp. (Seedling blight, Root rot)
Loose smut
Pythium spp. (Post-emergence damping-off)
Pythium spp. (Seed rot/Pre-emergence damping-off)
Pythium spp. (Seedling blight, Root rot)
True loose smut (Ustilago nuda)
S
n/a
C
n/a
C
C
C
C
C
C
n/a
Oats
S
C
n/a
n/a
C
C
C
C
C
C
n/a
Rye
S
C
n/a
n/a
C
C
C
C
C
C
n/a
Triticale
FUNGICIDES
Beans,
faba
S
C
S
C
S
C
C
HERBICIDES
S
C
S
C
S
C
C
Anthracnose seedling blight (Colletotrichum lindemuthianum)
Ascochyta spp. (Seedling blight)
Botrytis cinerea (Seed rot, Seedling blight)
Fusarium spp. (Seed rot, Seedling blight)
Fusarium spp. (Root rot)
Pythium spp. (Seed rot, Seedling blight)
Rhizoctonia solani (Seed rot, Seedling blight, Root rot)
WEED & DISEASE
Beans, dry
Seed Disease
S
C
S
C
S
C
C
S
C
S
C
S
C
C
Lentils
S
C
n/a
n/a
C
C
C
C
C
C
n/a
Wheat
Peas,
field
S
C
S
C
S
C
C
SEED TREATMENTS
n/a
n/a
n/a
C
C
n/a
C
Chickpeas Flax
Pulses and Flax Seed Diseases Controlled or Suppressed by Insure Pulse
Barley
Seed Disease
Cereal Seed Diseases Controlled or Suppressed by Insure Cereal
Insure Pulse
Code
C= Controlled
S= Suppressed
n/a= Not applicable
Fungicide Seed Treatment
Insure® Cereal
Crop and Seed Disease Index con’t
INOCULANTS
CROP SOLUTIONS
For more information on BASF agricultural products,
please contact your BASF Sales Representative, or call
AgSolutions® Customer Care at 1-877-371-BASF (2273).
Always read and follow label directions.
AgSolutions, BANVEL, BIOSTACKED, DISTINCT, HEADLINE, INTEGRAL, and RHIZUP are registered trade-marks of BASF Corporation;
ARES is a trade-mark, and Clearfield, the unique Clearfield symbol, ODYSSEY, PURSUIT, and VIPER are registered trade-marks of BASF
Agrochemical Products B.V.; FORUM is a trade-mark, and CARAMBA is a registered trade-mark of BASF Agro B.V.; SERCADIS is a trademark, and AgCelence, ALTITUDE FX, ARMEZON, ASSIST, BASAGRAN, CABRIO, CANTUS, INSURE, HEAT, KIXOR, LANCE, OUTLOOK, POAST,
POLYRAM, PRIAXOR, SOLO, TWINLINE, and XEMIUM are registered trade-marks of BASF SE; NODULATOR is a registered trade-mark
of Becker Underwood Canada Ltd; all used with permission by BASF Canada Inc. MERGE is a registered trade-mark of BASF Canada
Inc. INSURE CEREAL and/or INSURE PULSE fungicide seed treatments, and CABRIO, CANTUS, SERCADIS, FORUM, HEADLINE, LANCE,
CARAMBA, PRIAXOR, and/or TWINLINE fungicides should be used in a preventative disease control program. ALTITUDE FX 2 can only be
used on wheat varieties with the Clearfield trait. © 2016 BASF Canada Inc.
Curtail, Dithane, Halt, Lontrel, Nexera, and Starane are trade-marks of Dow AgroSciences LLC. XCEED is a registered trade-mark of
Crop Production Services (Canada) Inc. Roundup Ready is a registered trade-mark of Monsanto Technology LLC, Monsanto Canada, Inc.
licensee. Accent, Ally, Assure, Lexone, Lorox, and Muster are registered trade-marks of E. I. du Pont de Nemours and Company. Everest is
a registered trade-mark of Arysta LifeScience North America, LLC. ApronMaxx, Bravo, CruiserMaxx, Horizon, and Vibrance are registered
trade-marks of Syngenta Participations AG. Liberty, and Liberty Link are registered trade-marks of Bayer Intellectual Property GmbH.
Sencor is a registered trade-mark of Bayer Aktiengesellschaft. Buctril, and Option are registered trade-marks of Bayer SAS. Logic is a
registered trade-mark of TMC Distributing Ltd. All other trade-marks are the properties of their respective owners.

2016 BASF Agricultural Product Guide

Transcription

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