Garlic Oil
 Garlic oil is an extract of garlic (Allium sativum).
 In the end-use product, Comfort Zone, it is formulated
to be water-soluble.
 Garlic contains a high concentration of sulphur
compounds, only some of which contribute to its
characteristic odour.
 Garlic is known to be repellent to various insects,
however the exact mode of action of this repellency is
unknown.
Warnings
 "MAY BE A SKIN AND EYE IRRITANT" and "POTENTIAL SKIN
SENSITIZER" have been included on the principal display panel of the
label
 “Do not swallow", "Avoid getting on skin and in eyes", "May cause skin
and eye irritation", "Avoid inhaling/breathing mist or vapours@, and
"Potential skin sensitizer" have been included in the PRECAUTIONS
section of the secondary display panel of the end-use product label.
 Because some individuals may be sensitive or allergic to garlic, the
statements, "Apply only when the potential for drift is minimal",
"Individuals who are sensitive or allergic to garlic should avoid
handling Comfort Zone" and "Individuals who are sensitive or allergic
to garlic should avoid treated areas until dry or until after a heavy rain"
have also been included in the PRECAUTIONS section of the
secondary display panel of the label.
Garlic Powder
 to suppress powdery mildew on greenhouse
cucumbers and tomatoes.
Saponins of Chenopodium quinoa
 Saponins of Chenopodium quinoa Technical and Heads Up Plant
Protectant, containing the technical grade active ingredient
saponins of Chenopodium quinoa, against rhizoctonia canker
and black scurf on potato seed pieces.
 Saponins of Chenopodium quinoa are the main active
components in the extract from the bran of Chenopodium
quinoa seeds.
 Saponins are substances produced naturally by many plant
species that have a wide range of bioactive properties, including
antimicrobial effects on various fungi and bacteria.
 It has also been proposed that saponins may induce systemic
acquired resistance (SAR) in treated plants.
Nivalis Technical and the end-use
product Nivalis
 The microbial pest control agent (MPCA) Typhula
phacorrhiza strain 94671, to suppress both gray snow
mould (Typhula incarnata and Typhula ishikariensis)
and pink snow mould (Microdochium nivale) in
turfgrass on golf courses.
 Typhula phacorrhiza strain 94671 competes directly
with snow mould pathogens for nutrients and space
under snow cover and suppresses disease development
due to lack of food and space.
Snow Molds
 Grey
 Pink
Typhula phacorrhiza
 The fungus Typhula phacorrhiza is a close relative of
the organisms which cause gray snow mould.
 It is known as a saprophyte which is a type of organism
that lives on dead organic matter.
 In Canada, this species has been found most
commonly associated with corn stalk residue after
snow melt.
 It is not known to cause disease of turfgrasses although
it has been found to be associated with dead patches
of grass after winter snow melt.
Snow mould trials
Snow mold trials at a golf course in the Canadian Rocky Mountains
photographed on 27 April, 2000. The plots in the top half
(background) are snow mould fungicide trials. The plots at the
bottom half (foreground) are Typhula phacorrhiza trials composed of
four treatments with four replications. The four green 1m x 1m plots
in the foreground were treated with T. phacorrhiza on 23 October
1999.
Snow Mould trials
Nivalis
 Nivalis contains dried mycelium and sclerotia of the
fungus Typhula phacorrhiza in inoculated millet seeds.
 It provides a much wider window of opportunity for
application compared to the conventional fungicides
since Nivalis can be applied well before the snow cover.
Nivalis provides an additional mode of action to
suppress snow mould on turf.
Carbendazim - Polyphase 678™
 Carbendazim is a broad
spectrum fungicide with
systemic activity that inhibits
fungal mitotic microtubule
formation, thus affecting the
growth and division of
spores.
 Registered as a fungicide to
control Dutch elm disease
(Ophiostoma ulmi and
Ophiostoma novo-ulmi).
Polyphase 678
 provides effective protection against decay fungi as a
dry-film preservative for paints, stains and adhesives.
It will also provide fungal control as an in-can and a
dry-film preservative in joint cements, sealants, caulks,
grout, and inks.
Mineral Oil - Civitas™
 Spray Oil 10 Technical and Civitas Fungicide for Golf
Course Turf, containing the technical grade active
ingredient mineral oil, to control dollar spot and
suppress spring leaf spot and pink and grey snow
mould on golf courses, including fairways, greens,
roughs and tees.
 The oil acts as a physical barrier to pathogens.
 CIVITAS works by turning on the natural defenses of
the plant to resist fungus attack.
Civitas
 CIVITAS is the first commercially available fungicide
for the golf industry that has been developed utilizing
a unique mode of action called Induced Systemic
Resistence (ISR).
 It is a ‘plant defence activator’ that turns on the natural
defences of the plant to fight off fungus and reduces
the need for traditional, toxic chemicals.
Pest spectrum
Grass Species
Disease
Insect
Ryegrass
Bentgrass
Poa
Bluegrass
Dollar spot
Brown patch
Anthracnose
Spring leaf spot
Grey leaf spot
Fusarium patch
Powdery mildew
Grey snow mould
Pink snow mould
Sod webworm
Annual bluegrass
weevils
Banks grass mites
Mealybugs
Mites
Cutworm
Fall armyworm
CIVITAS
 CIVITAS is available through Syngenta Canada and
regional turf specialty distributors in the U.S.
Packaging sizes vary, and include a 1041 litre tote, 208
litre drum, 113.5 litre drum and a 20 litre pail.
 Depending on disease pressure and other local
conditions, improvements in turf quality are generally
observed starting from application at 8 fl. oz. / 1000
sq. ft.
 For best results, use in an IPM program
Chlorantraniliprole
 End Use Product:
 Rynaxypr Technical Insecticide, Altacor 35 WG Insecticide,
Coragen 200 SC Insecticide and DPX-E2Y45 20 SC Insecticide
 Active Ingredient: Chlorantraniliprole
 Target: various insect pests
 Mode of Action:
 It kills insects by over stimulating their muscles.
 Uses:
 Altacor 35 WG Insecticide for the control of a variety of insect
pests in pome fruits, stone fruits and grapes. Coragen 200 SC
Insecticide controls many insect pests in potatoes, fruiting
vegetables, Brassica vegetables, leafy vegetables and in turf.
4/13/2015 4:44 AM
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Chlorantraniliprole – pests
controlled
 Codling Moth in Pome Fruits
 Oriental Fruit Moth in Pome





Fruits and Stone fruits
Spotted Tentiform Leaf miner
and Western Tentiform Leaf
miner in Pome Fruits
Oblique-Banded Leafroller and
Three-Lined Leafroller in pome
fruits and stone fruits
Peach Twig Borer in Stone Fruits
Grape Berry Moth in Grapes
Climbing Cutworm in Grapes
 Colorado Potato Beetle in








Potatoes and fruiting vegetables
European Corn Borer in
Potatoes
Imported Cabbageworm in
Brassica
Diamondback Moth in Brassica
Cabbage Looper in Brassica
European Chafer in Turf
Japanese Beetle in Turf
Black Cutworm in Turf
Annual Bluegrass Weevil in Turf
Oxalic Acid Dihydrate
 For control of Varroa mite in honeybee colonies.
 Oxalic Acid Dihydrate can provide 90-99% control of
Varroa mites in honeybee colonies when either the
trickle treatment or vaporisation application methods
are used when little to no honeybee brood is present in
the hives (for example late fall to early spring).
Organo-Sol
 Lactobacillus casei Technical, Lactobacillus rhamnosus
Technical, Lactococcus lactis ssp. lactis Technical and
Lactococcus lactis ssp. cremoris Technical, DOM
Manufacturing Concentrate and the end-use product
 For the partial suppression of clovers, black medic, bird'sfoot trefoil, and wood sorrel in established lawns.
 Lactic acid bacteria that produce the fermentation
products citric acid and lactic acid.
 It has a low pH (~3.5) that allows for penetration of plant
cells causing tissue necrosis and suppression of plant
growth.
 GARANTIE • GUARANTEE: Citric Acid.………..19.71 g/L
Lactic Acid.…..…...17.69 g/L
 Present as fermentation products of Lactobacillus
rhamnosus strain LPT-21, Lactobacillus casei
strainLPT-111, Lactococcus lactis ssp. cremoris strain
M11/CSL, Lactococcus lactis ssp. lactis strain
LL64/CSL, and Lactococcus lactis ssp. lactis strain
LL102/CSL
Applying Organo-Sol
 Do not apply Organo-Sol® to newly seeded grasses
as it may cause severe injury.
 Should be used in conjunction with a sound turf
maintenance program.
 Organo-Sol® can be applied as broadcast and spot
treatments:
 Broadcast applications: Mix 25% of Organo-Sol®
with 3% of surfactant and 72% of water.
 Spot applications (localized applications): Mix 50%
of Organo-Sol® with 3% of surfactant and 47% of
water.
Organo-Sol
 The mix must be applied using a standard or industrial
sprayer with flat-fan nozzles. Moisten foliage of the weeds
with a maximum rate of 200 mL per m2, but not to runoff.
 To provide consistent partial suppression of the weeds, the
application should be repeated every 14 days for a total of at
least 5 applications in a season
 Turfgrass species may vary in their tolerance. Since not all
turfgrass species have been tested for tolerance to OrganoSol®, the first use of Organo-Sol®, as a broadcast
treatment, should be limited to a small area to confirm
tolerance of the target lawn prior to adoption as a general
practice.
FeHEDTA
 NEU1173H TGAI and the end-use products; NEU1173H
RTU with Pull’N Spray Applicator, NEU1173H RTU
with Quick Connect Sprayer, NEU1173H RTU, Fiesta
Lawn Weed Killer Ready to Spray, Fiesta Lawn Weed
Killer, NEU1173H Ready to Spray Large Size, NEU1173H
Ready to Spray, NEU1173H Large Size, and NEU1173H,
containing the technical grade active ingredient iron
present as FeHEDTA
 Control several broadleaved weed species that
commonly occur in turf.
Fiesta - Weeds on label
 for the control of:
 dandelion (Taraxacum
officinale)
 English daisy (Bellis
perennis)
 false dandelion (Hypochaeris
radicata),
 white clover (Trifolium
repens),
 black medic (Medicago
lupulina),
 bull thistle (Cirsium vulgare)
 Canada thistle (Cirsium
arvense),
 common chickweed





(Stellaria media),
creeping buttercup
(Ranunculus repens),
slender speedwell (Veronica
filiformis),
narrow-leaved plantain
(Plantago lanceolata),
moss
algae
 For the suppression of broad-
leaved plantain (Plantago
major).
Fiesta
 One litre of product will treat between 62.5 and 125 m²
(672.5 - 1345 ft²). Mix one part FIESTA Lawn Weed
Killer with 24 parts water (40 mL in 960 ml of water).
Apply the mixed solution at a rate of 200-400 ml/m2.
 Use the lower rate (200 ml spray/m2) on small weeds;
use the higher rate (400 ml/m2) on large weeds and on
tough perennial weeds, such as clover.
Sarritor
 Sarritor Technical Herbicide, Sarritor Granular Biological
Herbicide (Commercial) and Sarritor Selective Biological
Lawn Weed Killer (previously referred to as Sarritor
Domestic Granular Biological Herbicide), containing
Sclerotinia minor strain IMI 344141
 To suppress top growth of dandelion, white clover and
broadleaf plantain in turf.
 The fungus infects susceptible target plants and destroys
target plant tissues above ground (top growth).
 The main component of the herbicide effect on target
plants appears to be oxalic acid, which is secreted by
Sclerotinia minor.
Sarritor
 Sarritor is a naturally occurring fungus that is native to Canada that is
capable of eliminating many broadleaf weeds in about 1 week.
When applied to a broadleaf weed the fungus will grow into the weed
and absorb the plant tissues until the weed is completely gone. Once
the weed is gone, the fungus disappears. It usually takes 5-7 days to
eliminate the weeds (mainly effective on dandelion, thistle, ragweed &
plantain).
The product does not pose a risk to human health or the environment
and is compatible with normal lawn maintenance operations such as
mowing fertilization and irrigation.
The product can be applied any time during the day as long as the soil
temperature does not exceed 25 deg. Celsius.
Sarritor
 WATERING: Watering is the most important aspect of
getting the product to work. Water your lawn after the
application is finished as soon as possible for 15 minutes.
We also highly recommend repeating this for 3 days after
the application, to ensure it does not dry out.
 MOWING: Normal mowing can resume 3 days after
application of Sarritor. Also, try to avoid heavy traffic on
the lawn for at least 3 days to allow the product to work
more effectively.
 PESTICIDE SIGNAGE: Although Sarritor is naturally
occurring and SAFE for animals, birds and humans, NS
Law still requires that a sign is posted at each application.
Roctenol
 Roctenol is the resolved isomer of the currently
registered octenol (Registration Number 28439) which
is a naturally occurring and ubiquitous chemical
secreted by mushrooms, plants and mammals.
Roctenol is a semiochemical which modifies the
behaviour of some insects.