Carbamoyl Triazolinone Based Herbicide Combinations and Method of Use

Abstract

The invention relates to herbicidal active compound combinations comprising, carbamoyltriazolinones, and herbicidally active compounds, which combinations are suitable for controlling weeds.

Description

FIELD OF THE INVENTION

The invention relates to herbicidal, active compound combinations composed of known carbamoyltriazolinones and herbicidally active compounds, which can be used successfully for controlling weeds.

INTRODUCTION

Herbicides play an important role for weed control in crop production. Applying combinations of herbicidal compounds may enhance the herbicidal effectiveness.

BRIEF DESCRIPTION OF THE FIGURES

FIG. 1 shows a carbamoyltriazolinone of the general formula (I).

FIG. 2A shows a bar graph plot showing the injury effect of amicarbazone (4-amino-5-oxo-3-propan-2-yl-n-tert-butyl-1,2,4-triazole-1-carboxamide) and mesotrione (2-[4-(methylsulfonyl)-2-nitrobenzoyl]-1,3-cyclohexanedione) alone and in combination at different concentrations on Mustard (Sinapsis sp.) ten days after application.

FIG. 2B shows a bar graph plot showing the bleaching effect of amicarbazone and mesotrione alone and in combination at different concentrations on Mustard (Sinapsis sp.) seven days after application.

FIG. 3A shows a bar graph plot showing the injury effect of amicarbazone and mesotrione alone and in combination at different concentrations on Poa annua at 10, 14, and 20 days after application.

FIG. 3B shows a bar graph plot showing the injury effect of amicarbazone and mesotrione alone and in combination at different concentrations on Poa annua at 24, 31, and 41 days after application.

FIG. 4A shows a bar graph plot showing the injury effect of amicarbazone and mesotrione alone and in combination at different concentrations on Green Foxtail at 7 and 14 days after application.

FIG. 4B shows another bar graph plot showing the injury effect of amicarbazone and mesotrione alone and in combination at different concentrations on Green Foxtail at 7 and 14 days after application.

FIG. 4C shows a bar graph plot showing the bleaching effect of amicarbazone and mesotrione alone and in combination at different concentrations on Green Foxtail at 10, 14, and 20 days after application.

FIG. 5A shows a bar graph plot showing the injury effect of amicarbazone and mesotrione alone and in combination at different concentrations on Crabgrass sp. at 7, 14, and 24 days after application.

FIG. 5B shows another bar graph plot showing the injury effect of amicarbazone and mesotrione alone and in combination at different concentrations on Crabgrass sp. at 7, 14, and 24 days after application.

FIG. 5C shows a bar graph plot showing the bleaching effect of amicarbazone and mesotrione alone and in combination at different concentrations on Crabgrass sp. at 7, 14, and 20 days after application.

FIG. 5D shows a bar graph plot showing the effect on density of amicarbazone and mesotrione alone and in combination at different concentrations on Crabgrass sp. at 31 days after application.

FIG. 6A shows a comparative weed control chart with tank mixtures of DINAMIC® 700 WDG (amicarbazone, 700 g/kg) at 75 g/ha with Galago (mesotrione, 480 g/L) and with Galago plus TOLLA 840 S (metolachlor, i.e. chloroacetamide, 840 g/L+Safener (dichlormid, i.e. 2,2-dichloro-N,N-di-2-propenyl acetamide)). Weed species are Bidens pilosa (BIDPI), Portulaca oleracea (POROL), Anoda cristata (ANOCR), and Convolvulus arvensis (CONAR).

FIG. 6B shows a comparative weed control chart with tank mixtures of DINAMIC® 700 WDG at 100 g/ha with Galago and with Galago plus TOLLA 840 S. Weed species are the same as in FIG. 6A.

FIG. 6C shows a comparative weed control chart with tank mixtures of DINAMIC® 700 WDG at 125 g/ha with Galago and with Galago plus TOLLA 840 S. Weed species are the same as in FIG. 6A.

FIG. 6D shows a comparative weed control chart with tank mixtures of DINAMIC® 700 WDG with Galago plus TOLLA 840 S versus a standard tank mixture of CALLISTO® (mesotrione, 480 g/L) plus DUAL S GOLD® (S-metolachlor, 915 g/L+Safener). Weed species are the same as in FIG. 6A.

FIG. 6E shows a comparative grain yield chart of 13 different tank mixture combinations employing DINAMIC® 700 WDG (Lanes 1-13). Lane 14 is CALLISTO® plus DUAL S GOLD®. Lane 15 is an untreated control.

FIG. 7A shows another comparative weed control chart with tank mixtures of DINAMIC® 700 WDG at 75 g/ha with Galago and with Galago plus TOLLA 840 S. Weed species are Datura ferox (DATFE), Portulaca oleracea, (POROL), Schkuhria pinnata (SCHPI), and Bidens pilosa (BIDPI).

FIG. 7B shows another comparative weed control chart with tank mixtures of DINAMIC® 700 WDG at 100 g/ha with Galago and with Galago plus TOLLA 840 S. Weed species are the same as in FIG. 7A.

FIG. 7C shows another comparative weed control chart with tank mixtures of DINAMIC® 700 WDG at 125 g/ha with Galago and with Galago plus TOLLA 840 S. Weed species are the same as in FIG. 7A.

FIG. 7D shows another comparative weed control chart with tank mixtures of DINAMIC® 700 WDG with Galago plus TOLLA 840 S versus a standard tank mixture of CALLISTO® plus DUAL S GOLD®. Weed species are the same as in FIG. 7A.

FIG. 7E shows another comparative grain yield chart of 13 different tank mixture combinations employing DINAMIC® 700 WDG (Lanes 1-13). Lane 14 is CALLISTO® plus DUAL S GOLD®. Lane 15 is an untreated control.

FIG. 8A shows another comparative weed control chart with tank mixtures of DINAMIC® 700 WDG at 75 g/ha with Galago and with Galago plus TOLLA. Weed species are Bidens pilosa (BIDPI), Amaranthus hybridus (AMAHY), Tagetes minuta (TAGMI), and Digitaria sanquinalis (DIGSA).

FIG. 8B shows another comparative weed control chart with tank mixtures of DINAMIC® 700 WDG at 100 g/ha with Galago and with Galago plus TOLLA 840 S. Weed species are the same as in FIG. 8A.

FIG. 8C shows another comparative weed control chart with tank mixtures of DINAMIC® 700 WDG at 125 g/ha with Galago and with Galago plus TOLLA 840 S. Weed species are the same as in FIG. 8A.

FIG. 8D shows another comparative weed control chart with tank mixtures of DINAMIC® 700 WDG with Galago plus TOLLA 840 S versus a standard tank mixture of CALLISTO® plus DUAL S GOLD®. Weed species are the same as in FIG. 8A.

FIG. 8E shows another comparative grain yield chart of 13 different tank mixture combinations employing DINAMIC® 700 WDG (Lanes 1-13). Lane 14 is CALLISTO® plus DUAL S GOLD®. Lane 15 is an untreated control.

FIG. 9A shows another comparative weed control chart with tank mixtures of DINAMIC® 700 WDG at 75 g/ha with Galago plus Wet-All (alcohol ethoxylate, non-ionic surfactant) and with Galago plus TOLLA 960 (metolachlor, 960 g/L) plus Wet-All. Weed species are Datura ferox (DATFE), Schkuhria pinnata (SCHPI), Portulaca oleracea (POROL) and Cyperus esculentus (CYPES).

FIG. 9B shows another comparative weed control chart with tank mixtures of DINAMIC® 700 WDG at 100 g/ha with Galago plus Wet-All and with Galago plus TOLLA 960 plus Wet-All. Weed species are the same as in FIG. 9A.

FIG. 9C shows another comparative weed control chart with tank mixtures of DINAMIC® 700 WDG at 125 g/ha with Galago plus Wet-All and with Galago plus TOLLA 960 plus Wet-All. Weed species are the same as in FIG. 9A.

FIG. 9D shows another comparative weed control chart with tank mixtures of DINAMIC® 700 WDG with Galago plus TOLLA 960 plus Wet-All versus a standard tank mixture of CALLISTO® plus GARDO® Gold (S-metolachlor plus terbuthylazine (N-tert-butyl-6-chloro-N′-ethyl-1,3,5-triazine-2,4-diamine)) plus COMPLEMENT® Super (Polyether-polymethylsiloxane copolymer, 1000 g/L). Weed species are the same as in FIG. 9A.

FIG. 9E shows another comparative grain yield chart of 13 different tank mixture combinations employing DINAMIC® 700 WDG (Lanes 1-13). Lane 14 is CALLISTO® plus GARDO® Gold plus COMPLEMENT® Super. Lane 15 is an untreated control.

FIG. 10A shows another comparative weed control chart with tank mixtures of DINAMIC® 700 WDG at 75 g/ha with Galago plus Wet-All and with Galago plus TOLLA 960 plus Wet-All. Weed species are Amaranthus hybridus (AMAHY), Bidens pilosa (BIDPI), Tagetes minuta (TAGMI), Portulaca oleracea (POROL), and Commelina benghalensis (COMBE).

FIG. 10B shows another comparative weed control chart with tank mixtures of DINAMIC® 700 WDG at 100 g/ha with Galago plus Wet-All and with Galago plus TOLLA 960 plus Wet-All. Weed species are the same as in FIG. 10A.

FIG. 10C shows another comparative weed control chart with tank mixtures of DINAMIC® 700 WDG at 125 g/ha with Galago plus Wet-All and with Galago plus TOLLA 960 plus Wet-All. Weed species are the same as in FIG. 10A.

FIG. 10D shows another comparative weed control chart with tank mixtures of DINAMIC® 700 WDG with Galago plus TOLLA 960 plus Wet-All versus a standard tank mixture of CALLISTO® plus GARDO® Gold plus COMPLEMENT® Super. Weed species are the same as in FIG. 10A.

FIG. 10E shows another comparative grain yield chart of 13 different tank mixture combinations employing DINAMIC® 700 WDG (1-13). Lane 14 is CALLISTO® plus GARDO® Gold plus COMPLEMENT® Super. Lane 15 is an untreated control.

FIG. 11A shows another comparative weed control chart with tank mixtures of DINAMIC® 700 WDG at 75 g/ha with Galago plus Wet-All and with Galago plus TOLLA 960 plus Wet-All. Weed species are Bidens pilosa (BIDPI), Portulaca oleracea (POROL), Convolvulus arvensis (CONAR), and Anoda cristata (ANOCR).

FIG. 11B shows another comparative weed control chart with tank mixtures of DINAMIC® 700 WDG at 100 g/ha with Galago plus Wet-All and with Galago plus TOLLA 960 plus Wet-All. Weed species are the same as FIG. 11A.

FIG. 11C shows another comparative weed control chart with tank mixtures of DINAMIC® 700 WDG at 125 g/ha with Galago plus Wet-All and with Galago plus TOLLA 960 plus Wet-All. Weed species are the same as FIG. 11A.

FIG. 11D shows another comparative weed control chart with tank mixtures of DINAMIC® 700 WDG with Galago plus TOLLA 960 plus Wet-All versus a standard tank mixture of CALLISTO® plus GARDO® Gold plus COMPLEMENT® Super. Weed species are the same as in FIG. 11A.

FIG. 11E shows another comparative grain yield chart of 13 different tank mixture combinations employing DINAMIC® 700 WDG (Lanes 1-13). Lane 14 is CALLISTO® plus GARDO® Gold plus COMPLEMENT® Super. Lane 15 is an untreated control.

SUMMARY OF THE INVENTION

Embodiments herein, accordingly, provides compositions comprising a synergistic effective amount of a combination of a first compound and a second component, wherein said first compound is a compound of the formula (I)

wherein:

R₁ is selected from the group consisting of hydrogen, hydroxyl, amino, or in each case optionally substituted alkyl, alkenyl, alkinyl, alkoxy, alkenyloxy, alkinyloxy, alkylamino, alkenylamino, alkenylamino, alkylideneamino, dialkylamino, cycloalkyl, cycloalkylalkyl, aryl and arylalkyl, any of which may be optionally substituted;

R₂ is selected from the group consisting of alkyl, alkenyl, alkinyl, alkoxy, alkenyloxy, alkinyloxy, alkylthio, alkenylthio, alkinylthio, alkylamino, alkenylamino, alkinylamino, dialkylamino, cycloalkyl, cycloalkyloxy, cycloalkylalkyl, aryl, aryloxy, arylthio, arylamino and arylalkyl, any of which may be optionally substituted;

R₃ is selected from the group consisting of alkyl, alkenyl, alkinyl, cycloalkyl, cycloalkylalkyl, arylalkyl, arylalkenyl and arylalkinyl, any of which may be optionally substituted; and said second component is selected from 2-[(2-chlorophenyl)methyl]-4,4-dimethyl-3-isoxazolidinone, 3-cyclohexyl-6-dimethylamino-1-methyl-1,3,5-triazine-2,4(1H,3H)-dione, 4-methyl-2-chlorophenoxyacetic acid, 2-chloro-4-(ethylamine)-6-(isopropylamine)-s-triazine, 2-chloro-N-(2-ethyl-6-methylphenyl)-N-[(1-methylethoxy)methyl]acetamide, an herbicide of the chloroacetamide class, (aka, the chloroacetanilide class) and mixtures thereof.

In various aspects, an herbicide of the chloroacetamide class include 2-chloro-N-(2-ethyl-6-methylphenyl)-N-[(1-methylethoxy)methyl]acetamide (Propisochlor), 2-chloro-N-ethoxymethyl-6′-ethylacet-o-toluidide (Acetochlor), 2-chloro-N-(2-ethyl-6-methylphenyl)-N-(2-methoxy-1-methylethyl)acetamide, (Metolachlor), 2-chloro-N-(2-ethyl-6-methylphenyl)-N-[(1S)-2-methoxy-1-methylethyl]acetamide (S-Metolachlor), 2-chloro-N-(2,6-diethylphenyl)-N-(methoxymethyl)acetamide (Alachlor), and N-(butoxymethyl)-2-chloro-N-(2,6-diethylphenyl)acetamide (Butachlor), N-[[(2Z)-2-butenyloxy]methyl]-2-chloro-N-(2,6-diethylphenyl)acetamide (Butenachlor), 2-chloro-N-(2,6-dimethylphenyl)-N-[(2-methylpmpoxy)methyl]acetamide (Delachlor), N-(chloroacctyl)-N-(2,6-diethylphenyl)glycine(Diethatyl), 2-chloro-N-(2,6-dimethylphenyl)-N-(2-methoxyethyl)acetamide (Dimethachlor), 2-chloro-N-(2,6-dimethylphenyl)-N-(1H-pyrazol-1-ylmethyl)acetamide (Metazachlor), 2-chloro-N-(2,6-diethylphenyl)-N-(2-propoxyethyl)acetamide (Pretilachlor), 2-chloro-N-(1-methylethyl)-N-phenylacetamide (Propachlor), 2-chloro-N-(1-methyl-2-propynyl)-N-phenylacetamide (Prynachlor), N-(butoxymethyl)-2-chloro-N-[2-(1,1-dimethylethyl)-6-methylphenyl]acctamidc (Terbuchlor), 2-chloro-N-(2,6-dimethylphenyl)-N-[(3-methoxy-2-thienyl)methyl]acetamide (Thenylchlor), and 2-chloro-N-(2,3-dimethylphenyl)-N-(1-methylethyl)acetamide (Xylachlor).

In one embodiment, R₁ is an optionally substituted amino. In a further embodiment, R₁ is NH₂. In one embodiment, R₂ is an optionally substituted alkyl. In a further embodiment, R₂ is i-propyl. In one embodiment, R₃ is an optionally substituted alkyl. In a further embodiment, R₃ is t-butyl.

In certain embodiments, a first compound is 4-amino-5-isopropyl-2-(tert-butyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one. In certain embodiments, a second component is 2-chloro-N-(2-ethyl-6-methylphenyl)-N-[(1-methylethoxy)methyl]acetamide. In certain embodiments, a second component is 2-[(2-chlorophenyl)methyl]-4,4-dimethyl-3-isoxazolidinone and 3-cyclohexyl-6-dimethylamino-1-methyl-1,3,5-triazine-2,4(1H,3H)-dione. In certain embodiments, a second component is 4-methyl-2-chlorophenoxyacetic acid.

In another embodiment, a composition further includes an adjuvant. In a further embodiment, an adjuvant is an ethoxylated propoxylated fatty amine or a polyether-polymethylsiloxane-copolymer. In yet a further embodiment, a composition further includes a herbicidally acceptable diluent or carrier.

In one embodiment, a second component is present in the composition in an amount ranging from 0.001 to 1000 parts by weight per part by weight of the first component. In a further embodiment, a second component is present in the composition in an amount ranging from 0.02 to 500 parts by weight per part by weight of the first component. In yet a further embodiment, a second component is present in the composition in an amount ranging from 0.05 to 100 parts by weight per part by weight of the first component.

In another embodiment of the invention, a composition is in a solid or liquid form of an emulsifiable concentrate, wettable powder, granule, dust, oil spray or aerosol.

In embodiments, compositions described herein provides synergistic control of one or more weeds. In one embodiment, a weed is Amaranthus, Digitaria, Cyperus or Euphorbia.

Embodiments herein also provide methods for selective control of weeds. In one aspect, a method includes contacting a composition comprising a synergistic effective amount of a combination of a first compound and a second component onto a crop plant or a non-crop area in need of weed control or at risk of undesirable weeds, in an amount effective to provide weed control in the crop, wherein said first compound is a compound of the formula (I)

wherein:

R₁ is selected from the group consisting of hydrogen, hydroxyl, amino, or in each case optionally substituted alkyl, alkenyl, alkinyl, alkoxy, alkenyloxy, alkinyloxy, alkylamino, alkenylamino, alkenylamino, alkylideneamino, dialkylamino, cycloalkyl, cycloalkylalkyl, aryl and arylalkyl, any of which may be optionally substituted;

R₂ is selected from the group consisting of alkyl, alkenyl, alkinyl, alkoxy, alkenyloxy, alkinyloxy, alkylthio, alkenylthio, alkinylthio, alkylamino, alkenylamino, alkinylamino, dialkylamino, cycloalkyl, cycloalkyloxy, cycloalkylalkyl, aryl, aryloxy, arylthio, arylamino and arylalkyl, any of which may be optionally substituted;

R₃ is selected from the group consisting of alkyl, alkenyl, alkinyl, cycloalkyl, cycloalkylalkyl, arylalkyl, arylalkenyl and arylalkinyl, any of which may be optionally substituted; and

said second component is selected from 2-[(2-chlorophenyl)methyl]-4,4-dimethyl-3-isoxazolidinone, 3-cyclohexyl-6-dimethylamino-1-methyl-1,3,5-triazine-2,4(1H,3H)-dione, 4-methyl-2-chlorophenoxyacetic acid, 2-chloro-4-(ethylamine)-6-(isopropylamine)-s-triazine, N-ethyl-N′-(1-methylethyl)-6-(methylthio)-1,3,5-triazine-2,4-diamine, N-(3,4-dichlophenyl)-N,N-dimethyl urea, 5-cyclopropyl-4-(2-methylsulfonyl-4-trifluoromethylbenzoyl)isoxazole, 4-amino-6-tert-butyl-4,5-dihydro-3-methyltio-1,2,4-triazin-5-one, 1-(5-tert-butyl-1,3,4-thiadiazol-2-yl)-1,3-dimethylurea, 2′,4′-dichloro-5′-(4-difluoromethyl-4,5-dihydro-3-methyl-5-oxo-1H-1,2,4-triazol-1-yl)methanesulfonanilide, 2-(4-mesyl-2-nitrobenzoyl)cyclohexane-1,3-dione, N-(phosphonomethyl)glycine, dimethylamine salt of 2,4-dichlorophenoxyacetic acid, an herbicide of the chloroacetamide class, and mixtures thereof.

In various aspects, an herbicide of the chloroacetamide class includes 2-chloro-N-(2-ethyl-6-methylphenyl)-N-[(1-methylethoxy)methyl]acetamide (Propisochlor), 2-chloro-N-ethoxymethyl-6′-ethylacet-o-toluidide (Acetochlor), 2-chloro-N-(2-ethyl-6-methylphenyl)-N-(2-methoxy-1-methylethyl)acetamide(Metolachlor), 2-chloro-N-(2-ethyl-6-methylphenyl)-N-[(1S)-2-methoxy-1-methylethyl]acetamide (S-Metolachlor), 2-chloro-N-(2,6-diethylphenyl)-N-(methoxymethyl)acetamide (Alachlor), and N-(butoxymethyl)-2-chloro-N-(2,6-diethylphenyl)acetamide (Butachlor), N-[[(2Z)-2-butenyloxy]methyl]-2-chloro-N-(2,6-diethylphenyl)acetamide (Butenachlor), 2-chloro-N-(2,6-dimethylphenyl)-N-[(2-methylpropoxy)methyl]acetamide (Delachlor), N-(chloroacetyl)-N-(2,6-diethylphenyl)glycine(Diethatyl), 2-chloro-N-(2,6-dimethylphenyl)-N-(2-methoxyethyl)acetamide (Dimethachlor), 2-chloro-N-(2,6-dimethylphenyl)-N-(1H-pyrazol-1-ylmethyl)acetamide (Metazachlor), 2-chloro-N-(2,6-diethylphenyl)-N-(2-propoxyethyl)acetamide (Pretilachlor), 2-chloro-N-(1-methylethyl)-N-phenylacetamide (Propachlor), 2-chloro-N-(1-methyl-2-propynyl)-N-phenylacetamide (Prynachlor), N-(butoxymethyl)-2-chloro-N-[2-(1,1-dimethylethyl)-6-methylphenyl]acetamide (Terbuchlor), 2-chloro-N-(2,6-dimethylphenyl)-N-[(3-methoxy-2-thienyl)methyl]acetamide (Thenylchlor), and 2-chloro-N-(2,3-dimethylphenyl)-N-(1-methylethyl)acetamide (Xylachlor).

In certain embodiments, a crop plant is selected from cereals, rice, maize, sorghum, sugar cane, cotton, canola, turf, barley, potato, sweet potato, sunflower, rye, oats, wheat, corn, soybean, sugar beet, tobacco, safflower, tomato, alfalfa, pineapple and cassava.

In one embodiment, a second component is selected from N-ethyl-N′-(1-methylethyl)-6-(methylthio)-1,3,5-triazine-2,4-diamine, N-(3,4-dichlophenyl)-N,N-dimethyl urea, 5-cyclopropyl-4-(2-methylsulfonyl-4-trifluoromethylbenzoyl)isoxazole and 4-amino-6-tert-butyl-4,5-dihydro-3-methyltio-1,2,4-triazin-5-one. In one embodiment, a crop plant is selected from the group consisting of sugar cane, pineapple, cassava, turf and pasture.

In one embodiment, a composition further comprises 2-[(2-chlorophenyl)methyl]-4,4-dimethyl-3-isoxazolidinone and/or 3-cyclohexyl-6-dimethylamino-1-methyl-1,3,5-triazine-2,4(1H,3H)-dione. In one embodiment, a crop plant is sugar cane, turf and pasture.

In one embodiment, a composition further comprises 4-methyl-2-chlorophenoxyacetic acid. In an additional embodiment, a composition further includes an adjuvant. In a further embodiment, an adjuvant is an ethoxylated propoxylated fatty amine or a polyether-polymethylsiloxane-copolymer. In one embodiment, a crop plant is sugar cane, turf and pasture.

In one embodiment, a first compound is 4-amino-5-isopropyl-2-(tert-butyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one.

In one embodiment, a composition is contacted at an application rate of from 0.01 kg/ha to 5.00 kg/ha of the first compound and from 0.5 kg/ha to 10.00 kg/ha of the second component to the crop. In a further embodiment, a composition is contacted at an application rate of from 0.03 kg/ha to 3.00 kg/ha of the first compound to the crop. In yet a further embodiment, a composition is contacted at an application rate of from 0.05 kg/ha to 5.00 kg/ha of the second component to the crop.

As used herein, “application rate” refers to the amount of a synergistic treatment composition applied over an area, that is, “application rate” is nominally an application coverage. “Application rate” is not intended to encompass an application amount per unit time as might be implied by the term “rate.”

In one embodiment, a composition is applied as a pre-emergence treatment. In another embodiment, the composition is applied as a post-emergence treatment.

In certain embodiments, a weed is Amaranthus, Digitaria, Cyperus or Euphorbia.

In some embodiments, a composition comprises a synergistic amount of a combination of amicarbazone (4-amino-N-tert-butyl-4,5-dihydro-3-isopropyl-5-oxo-1H-1,2,4-triazole-1-carboxamide) and mesotrione (2-[4-(Methylsulfonyl)-2-nitrobenzoyl]cyclohexane-1,3-dione), wherein the composition is an effective herbicide.

In some embodiments, the composition further comprises an adjuvant. In some embodiments, the the adjuvant is an ethoxylated propoxylated fatty amine or a polyether-polymethylsiloxane-copolymer.

In some embodiments, the composition further comprises a herbicidally acceptable diluent or carrier.

In some embodiments, the composition comprises a solid or liquid form. In some embodiments, the composition comprises an emulsifiable concentrate, wettable powder, granule, dust, oil spray or aerosol.

In some embodiments, the composition provides synergistic control of one or more weeds. In some embodiments, the one or more weeds is a broadleaf weed. In some embodiments, the one or more weeds is selected from the group consisting of mustard, Poa annua, green foxtail, crabgrass, blackjack, pigweed, khaki weed, crab-finger grass, large thornapple, purslane, dwarf marigold, field bindweed, anoda weed, Rottboelia exaltata, Ipomeoea purpurea, Eleusine indica, Amaranthus spinosus, and Commelina benghalensis.

In some embodiments, the mesotrione and amicarbzone are present in a ratio within a range of from about 16:1 to about 4:3, such ratios being weight ratios. In some such embodiments, the ratio of mesotrione and amicarbzone is within a range of from about 8:1 to about 4:3.

In some embodiments, a method for selective control of weeds comprises contacting a weed with the above described compositions.

In some embodiments, the method is employed to control weeds present within a crop. In some such embodiments, the crop is selected from the group consisting of cereals, rice, maize, sorghum, sugar cane, cotton, canola, grass, turf grass, barley, potato, sweet potato, sunflower, rye, oats, wheat, corn, soybean, sugar beet, tobacco, safflower, tomato, alfalfa, pineapple and cassava. In some such embodiments, the weed is a broadleaf weed. In some such embodiments, the weed is selected from the group consisting of mustard, Poa annua, green foxtail, crabgrass, blackjack, pigweed, khaki weed, crab-finger grass, large thornapple, purslane, dwarf marigold, field bindweed, anoda weed, Rottboelia exaltata, Ipomeoea purpurea, Eleusine indica, Amaranthus spinosus, and Commelina benghalensis, and combinations thereof.

In some embodiments, methods apply the composition as a pre-emergence treatment. In other embodiments, methods apply the composition is applied as a post-emergence treatment.

In some embodiments, methods apply the composition at an application rate of from about 0.035 kg/ha to about 0.210 kg/ha of amicarbazone and from about 0.280 kg/ha to about 0.560 kg/ha of mesotrione to the crop. In some such embodiments, the composition is applied at an application rate of about 0.210 kg/ha of amicarbazone and about 0.560 kg/ha of mesotrione to the crop. In other such embodiments, the composition is applied at an application rate of about 0.210 kg/ha of amicarbazone and about 0.280 kg/ha of mesotrione to the crop.

In any of the aforementioned composition or methods, the composition exhibits reduced bleaching of one or more weeds as compared to application of mesotrione alone. “Bleaching,” as used herein, refers to the discoloration of weeds causing it to be visually more conspicuous to the eye of an observer. This may appear as a lightening of an existing color or a washing out of pigmentation observed as a whitening of the weed.

DETAILED DESCRIPTION

A series of active compounds from the carbamoyltriazolinone series, used jointly with herbicidally active compounds from various classes of substances, show a synergistic activity with regard to the action against weeds and can be employed as products for controlling (e.g. limiting growth) monocotyledonous (e.g. glasses) or dicotyledonous weeds (e.g. board leaves) in crops of useful plants such as, for example, in barley, maize, rice, soya beans, sunflowers, wheat, pineapple, Cassava, sugar cane, corn and Agave. but also for the selective, semi- and non-selective control of monocotyledonous and dicotyledonous weeds.

Disclosed herein are herbicidal compositions, characterized by an effective content of composition comprising

(a) a carbamoyltriazolinone of the general formula (I)

wherein:

R₁ represents hydrogen, hydroxyl, amino, or in each case optionally substituted alkyl, alkenyl, alkinyl, alkoxy, alkenyloxy, alkinyloxy, alkylamino, alkenylamino, alkenylamino, alkylideneamino, dialkylamino, cycloalkyl, cycloalkylalkyl, aryl and arylalkyl, any of which may be optionally substituted,

R₂ represents alkyl, alkenyl, alkinyl, alkoxy, alkenyloxy, alkinyloxy, alkylthio, alkenylthio, alkinylthio, alkylamino, alkenylamino, alkinylamino, dialkylamino, cycloalkyl, cycloalkyloxy, cycloalkylalkyl, aryl, aryloxy, arylthio, arylamino and arylalkyl, any of which may be optionally substituted, and

R₃ represents alkyl, alkenyl, alkinyl, cycloalkyl, cycloalkylalkyl, arylalkyl, arylalkenyl and arylalkinyl, any of which may be optionally substituted.

(Active Compounds of Group a)

(b) one or more compounds from a second component of herbicides containing the active compounds mentioned herein below: 2-[(2-chlorophenyl)methyl]-4,4-dimethyl-3-isoxazolidinone (Clomazone), 3-cyclohexyl-6-dimethylamino-1-methyl-1,3,5-triazine-2,4(1H,3H)-dione (Hexazinone), 4-methyl-2-chlorophenoxyacetic acid (MCPA), 2-chloro-4-(ethylamine)-6-(isopropylamine)-s-triazine (Atrazine), N-ethyl-N′-(1-methylethyl)-6-(methylthio)-1,3,5-triazine-2,4-diamine (Ametryn), N-(3,4-dichlophenyl)-N,N-dimethyl urea (Diuron), 5-cyclopropyl-4-(2-methylsulfonyl-4-trifluoromethylbenzoyl)isoxazole (Isoxaflutole), 4-amino-6-tert-butyl-4,5-dihydro-3-methyltio-1,2,4-triazin-5-one (Metribuzin), 1-(5-tert-butyl-1,3,4-thiadiazol-2-yl)-1,3-dimethylurea (Tebuthiuron), 2′,4′-dichloro-5′-(4-difluoromethyl-4,5-dihydro-3-methyl-5-oxo-1H-1,2,4-triazol-1-yl)methanesulfonanilide (Sulfentrazone), 2-(4-mesyl-2-nitrobenzoyl)cyclohexane-1,3-dione (Mesotrione), N-(phosphonomethyl)glycine (Glyphosate), dimethylamine salt of 2,4-dichlorophenoxyacetic acid (2,4-D Amine), an herbicide of the chloroacetamide class, for example, 2-chloro-N-(2-ethyl-6-methylphenyl)-N-[(1-methylethoxy)methyl]acctamidc (Propisochlor), 2-chloro-N-ethoxymethyl-6′-ethylacet-o-toluidide (Acetochlor), 2-chloro-N-(2-ethyl-6-methylphenyl)-N-(2-methoxy-1-methylethyl)acetamide (Metolachlor), 2-chloro-N-(2-ethyl-6-methylphenyl)-N-[(1S)-2-methoxy-1-methylethyl]acetamide (S-Metolachlor), 2-chloro-N-(2,6-diethylphenyl)-N-(methoxymethyl)acetamide (Alachlor), and N-(butoxymethyl)-2-chloro-N-(2,6-diethylphenyl)acetamide (Butachlor), N-[[(2Z)-2-butenyloxy]methyl]-2-chloro-N-(2,6-diethylphenyl)acetamide (Butenachlor), 2-chloro-N-(2,6-dimethylphenyl)-N-[(2-methylpropoxy)methyl]acetamide (Delachlor), N-(chloroacetyl)-N-(2,6-diethylphenyl)glycine(Diethatyl), 2-chloro-N-(2,6-dimethylphenyl)-N-(2-methoxyethyl)acetamide (Dimethachlor), 2-chloro-N-(2,6-dimethylphenyl)-N-(1H-pyrazol-1-ylmethyl)acetamide (Metazachlor), 2-chloro-N-(2,6-diethylphenyl)-N-(2-propoxyethyl)acetamide (Pretilachlor), 2-chloro-N-(1-methylethyl)-N-phenylacetamide (Propachlor), 2-chloro-N-(1-methyl-2-propynyl)-N-phenylacetamide (Prynachlor), N-(butoxymethyl)-2-chloro-N-[2-(1,1-dimethylethyl)-6-methylphenyl]acetamide (Terbuchlor), 2-chloro-N-(2,6-dimethylphenyl)-N-[(3-methoxy-2-thienyl)methyl]acetamide (Thenylchlor), and 2-chloro-N-(2,3-dimethylphenyl)-N-(1-methylethyl)acetamide (Xylachlor), and mixtures thereof.

(Active Compounds of Group b)

The meanings of the radicals mentioned in the above formula (I) are illustrated hereinbelow.

In certain embodiments, R₁ represents hydrogen, hydroxyl, amino, or represents alkyl, alkenyl, alkinyl, alkoxy, alkenyloxy, alkinyloxy, alkylamino, alkenylamino, alkinylamino, alkylideneamino or dialkylamino, each of which has up to 6 carbon atoms and each of which is optionally substituted by halogen or cyano, or represents cycloalkyl, cycloalkylalkyl, each of which has 3 to 6 carbon atoms in the cycloalkyl groups and, if appropriate, 1 to 4 carbon atoms in the alkyl group and each of which is optionally substituted by halogen, cyano or C₁-C₄-alkyl, or represents phenyl or phenyl-C₁-C₄-alkyl, each of which is optionally substituted by halogen, cyano, C₁-C₄-alkyl or C₁-C₄-alkoxy.

In certain embodiments, R₂ represents alkyl, alkenyl, alkinyl, alkoxy, alkenyloxy, alkinyloxy, alkylthio, alkenylthio, alkinylthio, alkylamino, alkenylamino, alkinylamino or dialkylamino, each of which has up to 6 carbon atoms and each of which is optionally substituted by halogen, cyano, C₁-C₄-alkoxy or C₁-C₄-alkylthio, or represents cycloalkyl, cycloalkyloxy or cycloalkylalkyl, each of which has 3 to 6 carbon atoms in the cycloalkyl groups and, if appropriate, 1 to 4 carbon atoms in the alkyl group and each of which is optionally substituted by halogen, cyano or C₁-C₄-alkyl, or represents phenyl, phenoxy, phenylthio, phenylamino or phenyl-C₁-C₄-alkyl, each of which is optionally substituted by halogen, cyano, C₁-C₄-alkyl or C₁-C₄-alkoxy.

In certain embodiments, R₃ represents alkyl, alkenyl or alkinyl, each of which has up to 10 carbon atoms and each of which is optionally substituted by halogen, cyano, C₁-C₄-alkoxy, C₁-C₄-alkylthio, C₁-C₄-alkylsulphinyl, C₁-C₄-alkylsulphonyl, C₁-C₄-alkylamino or di-(C₁-C₄-alkyl) amino, or represents cycloalkyl or cycloalkylalkyl, each of which has 3 to 6 carbon atoms in the cycloalkyl moiety and, if appropriate,) to 4 carbon atoms in the alkyl moiety and each of which is optionally substituted by halogen, cyano or C₁-C₄-alkyl, or represents phenyl-C₁-C₆-alkyl, phenyl-C₂-C₆-alkenyl or phenyl-C₂-C₆-alkinyl, each of which is optionally substituted by halogen, cyano, C₁-C₄-alkyl or C₁-C₄-alkoxy.

In certain embodiments, R₁ represents hydrogen, hydroxyl, amino, or represents methyl, ethyl, n- or i-propyl, n-, i-, s- or t-butyl, propenyl, butenyl, propinyl or butinyl, methoxy, ethoxy, n- or i-propoxy, n-, i-, s- or t-butoxy, propenyloxy, butenyloxy, propinyloxy or butinyloxy, methylamino, ethylamino, n- or i-propylamino, n-, i-, s- or t-butylamino, propenylamino, butenylamino, propiny-lamino or butinylamino, ethylideneamino, propylideneamino, butylideneamino, dimethylamino or diethylamino, each of which is optionally substituted by fluorine, chlorine or cyano, or represents cyclopropyl, cyclobutyl, cyclopentyl, cyclohexyl, cyclopropylmethyl, cyclobutylmethyl, cyclopentylmethyl or cyclohexylmethyl, each of which is optionally substituted by fluorine, chlorine, bromine, cyano, methyl, ethyl, n- or i-propyl, or represents phenyl or benzyl, each of which is optionally substituted by fluorine, chlorine, bromine, cyano, methyl, ethyl, n- or i-propyl, n-, i-, s- or t-butyl, methoxy or ethoxy.

In certain embodiments, R₂ represents methyl, ethyl, n- or i-propyl, n-, i-, s- or t-butyl, propenyl, butenyl, propinyl, butinyl, methoxy, ethoxy, n- or i-propoxy, n-, i-, s- or t-butoxy, propenyloxy, butenyloxy, propinyloxy, butinyloxy, methylthio, ethylthio, n or i-propylthio, n-, i-, s- or t-butylthio, propenylthio, butenylthio, propinylthio, butinylthio, methylamino, ethylamino, n- or i-propylamino, n-, i-, s- or t-butylamino, propenylamino, butenylamino, propinylamino, butinylamino, dimethy-lamino or diethylamino, each of which is optionally substituted by fluorine, chlorine, cyano, methoxy, ethoxy, n- or i-propoxy, methylthio, ethylthio, n- or i-propylthio, or represents cyclopropyl, cyclobutyl, cyclopentyl, cyclohexyl, cyclopropyloxy, cyclobutyloxy, cyclopentyloxy, cyclohexyloxy, cyclopropylmethyl, cyclobutylmethyl, cyclopentylmethyl or cyclohexylmethyl, each of which is optionally substituted by fluorine, chlorine, bromine, cyano, methyl, ethyl, n- or i-propyl, or represents phenyl, phenoxy, phenylthio, phe-nylamino or benzyl, each of which is optionally substituted by fluorine, chlorine, bromine, cyano, methyl, ethyl, n- or i-propyl, n-, i-, s- or t-butyl, methoxy or ethoxy.

In certain embodiments, R₃ represents methyl, ethyl, n- or i-propyl, n-, i-, s- or L-butyl, propenyl, butenyl, pentenyl, hexenyl, propinyl, butinyl, pentinyl or hexinyl, each of which is optionally substituted by fluorine, cyano, methoxy, ethoxy, n- or i-propoxy, n-, i-, s- or t-butoxy, methylthio, ethylthio, n- or i-propylthio, n-, i-, s-, or t-butylthio, methylsulphinyl, ethylsulphinyl, methylsulphonyl, ethylsulphonyl, methylamino, ethylamino, n- or i-propylamino, n-, i-, s- or t-butylamino, dimethylamino, diethylamino, dipropylamino or dibutylamino, or represents cyclopropyl, cyclobutyl, cyclopentyl, cyclohexyl, cyclopropylmethyl, cyclobutylmethyl, cyclopentylmethyl, cyclohexylmethyl, cyclohexylethyl or cyclohexylpropyl, each of which is optionally substituted by fluorine, chlorine, bromine, cyano, methyl, ethyl, n- or i-propyl, or represents benzyl, phenylethyl, phenylpropyl, phenylbutyl, phenylethenyl, phenylpropenyl, phenylbutenyl, phenylethinyl, phenyl-propinyl or phenylbutinyl, each of which is optionally substituted by fluorine, chlorine, bromine, cyano, methyl, ethyl, n- or i-propyl, n-, i-, s- or t-butyl, methoxy or ethoxy.

In certain embodiments, R₁ represents hydrogen, amino, or represents methyl, ethyl, n- or i-propyl, propenyl, butenyl, propinyl or butinyl, methoxy, ethoxy, n- or i-propoxy, propenyloxy or propinyloxy, each of which is optionally substituted by fluorine or chlorine, or represents methylamino, ethylamino, n- or i-propylamino, propeny-lamino or propinylamino, dimethylamino or diethylamino, or represents cyclopropyl or cyclopropylmethyl, each of which is optionally substituted by fluorine, chlorine, cyano or methyl.

In certain embodiments, R₂ represents methyl, ethyl, n- or i-propyl, n-, i-, s- or t-butyl, propenyl, butenyl, propinyl, butinyl, methoxy, ethoxy, n- or i-propoxy, n-, i-, s- or t-butoxy, propenyloxy, butenyloxy, propinyloxy, butinyloxy, methylthio, ethylthio, n- or i-propylthio, n-, i-, s- or t-butylthio, propenylthio, butenylthio, propinylthio, butinylthio, methylamino, ethylamino, n- or i-propylamino, n-, i-, s- or t-butylamino, propenylamino, butenylamino, propinylamino, butinylamino, dimethy-lamino or diethylamino, each of which is optionally substituted by fluorine, chlorine, cyano, methoxy, ethoxy, methylthio or ethylthio, or represents cyclopropyl, cyclo-propyloxy or cyclopropylmethyl, each of which is option-ally substituted by fluorine, chlorine, cyano or methyl.

In certain embodiments, R₃ represents methyl, ethyl, n- or i-propyl, n-, i-, s- or t-butyl, propenyl, butenyl, pentenyl, hexenyl, propinyl, butinyl, pentinyl or hexinyl, each of which is optionally substituted by fluorine, cyano, methoxy, ethoxy, n- or i-propoxy, methylthio, ethylthio, n- or i-propylthio, methylsulphinyl, ethylsulphinyl, methylsulphonyl, ethylsulphonyl, methylamino, ethylamino, n- or i-propylamino, dimethylamino or diethylamino, or represents cyclopropyl, cyclobutyl, cyclopentyl, cyclohexyl, cyclopropylmethyl, cyclobutylmethyl, cyclopentylmethyl, cyclohexylmethyl, cyclohexylethyl or cyclohexylpropyl, each of which is optionally substituted by fluorine, chlorine, bromine, cyano, methyl, ethyl, n- or i-propyl, or represents benzyl, phenylethyl, phenylpropyl, phenylbutyl, phenylethenyl, phenylpropenyl, phenylbutenyl, phenylethinyl, phenyl-propinyl or phenylbutinyl, each of which is optionally substituted by fluorine, chlorine, bromine, cyano, methyl, ethyl, n- or i-propyl, n-, i-, s- or t-butyl, methoxy or ethoxy.

Non-limiting examples of individually compounds of the formula (I) to be used as components according to the invention in mixtures are:

4-amino-5-methyl-2-(1,1-dimethyl-ethyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one, 4-amino-5-ethyl-2-(1,1-dimethyl-ethyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one, 4-amino-5-n-propyl-2-(1,1-dimethyl-ethyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one, 4-amino-5-i-propyl-2-(1,1-dimethyl-ethyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one, 4-amino-5-methoxy-2-(1,1-dimethyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one, 4-amino-5-ethoxy-2-(1,1-dimethyl-ethyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one, 4-amino-5-methyl-2-(2-fluoro-1,1-dimethyl-ethyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one, 4-amino-5-ethyl-2-(2-fluoro-1,1-dimethyl-ethyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one, 4-amino-5-n-propyl-2-(2-fluoro-1,1-dimethyl-ethyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one, 4-amino-5-i-propyl-2-(2-fluoro-1,1-dimethyl-ethyl-aminocarbonyl)-2,4dihydro-3H-1,2,4-triazol-3-one, 4-amino-5-methoxy-2-(2-fluoro-1,1-dimethyl-ethyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one, 4-amino-5-ethoxy-2-(2-fluoro-1,1-dimethyl-ethyl-amino-carbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one, 4-amino-5-methyl-2-(2-chloro-1,1-dimethyl-ethyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one, 4-amino-5-ethyl-2-(2-chloro-1,1-dimethyl-ethyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one, 4-amino-5-n-propyl-2-(2-chloro-1,1-dimethyl-ethyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one, 4-amino-5-i-propyl-2-(2-chloro-1,1-dimethyl-ethyl-amino-carbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one, 4-amino-5-methoxy-2-(2-chloro-1,1-dimethylethyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one, 4-amino-5-ethoxy-2-(2-chloro-1,1-dimethyl-ethyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one, 4-amino-5-i-propyl-2-i-propyl-aminocarbonyl-2,4-dihydro-3H-1,2,4-triazol-3-one, 4-amino-5-dimethylamino-2-(1,1-dimethyl-ethyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one, 4-amino-5-dimethylamino-2-(2-fluoro-1,1-dimethyl-ethyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one, 4-amino-5-dimethylamino-2-(2-chloro-1,1-dimethyl-ethyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one and 4-methyl-5-methoxy-2-(1,1-dimethyl-ethyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one.

The compound 4-amino-5-(1-methyl-ethyl)-2-(1,1-dimethyl-ethyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one-in accordance with Chem. Abstracts also to be termed 4-amino-N-(1,1-dimethyl-ethyl)-4,5-dihydro-3-(1-methyl-ethyl)-5-oxo-1H-1,2,4-triazole-1-carboxamide (CAS-Reg. No.: 129909-90-6, Compound (I-1) of the use examples, proposed common name: “amicarbazone”)-is a component of the formula (I) in the mixture.

A family of compositions comprising a first compound and a second component, wherein said first compound is a compound of the formula (I)

In certain embodiments, R₁ is an optionally substituted amino. In certain embodiments, R₁ is NH₂. In certain embodiments, R₂ is an optionally substituted alkyl. In certain embodiments, R₂ is i-propyl. In certain embodiments, R₃ is an optionally substituted alkyl. In certain embodiments, R₃ is t-butyl. In certain embodiments, the first compound is 4-amino-5-isopropyl-2-(tert-butyl-aminocarbonyl)-2,4-dihydro-3H-1,2,4-triazol-3-one (Amicarbazone).

In certain embodiments, the second component is 2-[(2-chlorophenyl)methyl]-4,4-dimethyl-3-isoxazolidinone and 3-cyclohexyl-6-dimethylamino-1-methyl-1,3,5-triazine-2,4(1H,3H)-dione. In certain embodiments, the second component is 4-methyl-2-chlorophenoxyacetic acid. In certain embodiments, the second component is one or more of N-ethyl-N′-(1-methylethyl)-6-(methylthio)-1,3,5-triazine-2,4-diamine, N-(3,4-dichlophenyl)-N,N-dimethyl urea, 5-cyclopropyl-4-(2-methylsulfonyl-4-trifluoromethylbenzoyl)isoxazole or 4-amino-6-tert-butyl-4,5-dihydro-3-methyltio-1,2,4-triazin-5-one.

Examples of a combination composition according to the invention include, but are not limited to:

Amicarbazone+clomazone+hexazinone; amicarbazone+MCPA+ethoxylated propoxylated fatty amines; amicarbazone+MCPA+polyether-polymethylsiloxane-copolymers; amicarbazone+ametryn+amtrazine; amicarbazone+diuron; amicarbazone+isoxaflutole; amicarbazone+metribuzin; amicarbazone+hexazinone; amicarbazone+hexazinone+diuron; and amicarbazone+ametrine+diuron; amicarbazone+tebuthiuron; and amicarbazone+propisochlor, amicarbazone+acetochlor, amicarbazone+metolachlor, amicarbazone+S-Metolachlor, amicarbazone+alachlor, amicarbazone+butachlor, amicarbazone+butenachlor, amicarbazone+delachlor, amicarbazone+diethatyl, amicarbazone+dimethachlor, amicarbazone+metazachlor, amicarbazone+pretilachlor, amicarbazone+propachlor, amicarbazone+prynachlor, amicarbazone+terbuchlor, amicarbazone+thenylchlor, and amicarbazone+xylachlor.

Optionally, a composition can include an adjuvant. An adjuvant may be used with the composition to enhance or improve herbicidal performance. Adjuvants may be added to the composition at the time of formulation, or by the applicator to the spray mix just prior to treatment. Adjuvants include surfactants, compatability agents, anti-foaming agents and spray colorants (dyes), and drift control agents. In certain embodiments, the adjuvant is an ethoxylated propoxylated fatty amine or a polyether-polymethylsiloxane-copolymer.

As disclosed herein, the compound combinations, in addition to being well tolerated by crops, have herbicidal activities and can be used in a variety of crops for selectively controlling weed. Non-limiting examples of crops include maize, wheat, sugar cane, barley, rice, citrus, palm trees, pineapple, cucurbits, beans, soybeans, agave, cassava, turf and pasture.

The compound combinations can also be used for controlling undesired vegetation in non-crop areas, e.g. fallow agricultural land. The term “non-crop area” used herein refers to areas where a crop, or any intentionally planted vegetation, is not grown. The term “fallow agricultural land” used herein refers to a piece of land where no crop or pasture is growing. A fallow agricultural land that is not used for crops, may be left unused in order to restore its natural fertility.

In various embodiments, the herbicidal activity of a composition according to the invention exceeds the total of the activities of the individual active compounds. If there are two active compounds, the activity will be greater than the same of the single active compound alone. Thus, in various embodiments, herbicidal compositions include compositions synergistic for control of one or more weeds.

The compositions of the invention have been found to be active herbicides in possessing herbicidal activity against one or more species of weeds. In the broadest sense, the term “weed” refers to plants which grow in locations in which they are not desired. In other words, a weed is a plant in which in the context of a crop is undesirable due to competition for water, nutrients, sunlight, soil, etc.

As used herein the term “herbicide” refers to a compound which adversely control, or modifies (e.g. limits or reduces) the growth of plants, particularly of undesirable plants. A “herbicidally effective amount” is meant an amount of compound which causes an adverse effect on the growth of plants, such as weeds. The herbicide can affect pre- or post-emergent growth or both.

The term “plants” is meant to include germinant seeds, emerging seedlings, and established vegetation, including roots and above-ground portions (for example, leaves, stalks, flowers, fruits, etc.) Such adverse modifying and controlling effects may include all deviations from natural plant development, including killing the weed.

The compositions of the invention can be used, for example, in control of one or more of following plants (weeds):

Monocotyledonous weeds include the genera: Aegilops, Agropyron, Agrostis, Alopecurus, Apera, Avena, Brachiaria, Bromus, Cenchrus, Commelina, Cynodon, Cyperus, Dactyloctenium, Digitaria, Echinochloa, Eleocharis, Eleusine, Eragrostis, Eriochloa, Festuca, Fimbristylis, Heteranthera, Imperata, Ischacmum, Leptochloa, Lolium, Monochoria, Panicum, Paspalum, Phalaris, Phleum, Poa, Rottboellia, Sagittaria, Scirpus, Setaria, Sorghum.

Dicotyledonous weeds include the genera: Abutilon, Amaranthus, Ambrosia, Anoda, Anthemis, Aphanes, Atriplex, Bellis, Bidens, Capsella, Carduus, Cassia, Centaurea, Chenopodium, Cirsium, Convolvulus, Croton, Datum, Desmodium, Emex, Erysimum, Euphorbia, Galeopsis, Galinsoga, Galium, Hibiscus, Ipomoea, Kochia, Lamium, Lepidium, Lindernia, Matricaria, Mentha, Mercurialis, Merremia, Momordica, Mullugo, Myosotis, Papaver, Pharbitis, Plantago, Polygonum, Portulaca, Ranunculus, Raphanus, Ricinus, Rorippa, Rotala, Rumex, Salsola, Senecio, Sesbania, Sida, Sinapis, Solanum, Sonchus, Sphenoclea, Stellaria, Stizolobium, Taraxacum, Thlaspi, Trifolium, Urtica, Veronica, Viola, Xanthium.

The use of the active compound combinations according to the invention is in no way restricted to these genera, but also extends in the same manner to other plants.

Depending on the concentration, the herbicidal compositions are suitable for selective weed control in crops, for example, cereals, rice, maize, sorghum, sugar cane, cotton, canola, soya, turf, barley, potato, sweet potato, sunflower, rye, oats, wheat, corn, soybean, sugar beet, safflower, alfalfa, cassava, cucurbits, pineapple and pastures.

Specific weed species encountered in corn include, but not limited to, Ixophorus unisetus, Amaranthus hybridu, Ipomoea purpurea, and Sicyos angulata.

Specific weed species encountered in sugar cane include, but not limited to, Acalypha sp., Boerhavia erecta, Trianthema portulacastrum, Amaranthus hybridus, and Amaranthus lividus.

In particular embodiments, a synergistic effect of the compound combinations according to the invention is present. As used herein, the term “synergism” means that the herbicidal action of the active compound combination exceeds the action of the active compounds when applied individually on a given weed, either pre- or post-emergent.

The ratios by weight of an active compound (e.g. group a and group b) in the active compound combinations can be varied within relatively wide ranges. In general, 0.001 to 1000 parts by weight, 0.02 to 500 parts by weight, 0.05 to 100 by weight, 0.01 to 100 parts by weight, or 0.1 to 10 parts by weight of one or more active compound(s) of the second component (group b) are used per part by weight of the first compound (group a).

In the treatment of crops, in general, the application rate is from 0.01 kg/ha to 5.00 kg/ha or from 0.03 kg/ha to 3.00 kg/ha of the first compound, and from 0.5 kg/ha to 10.00 kg/ha or from 0.05 kg/ha to 5.00 kg/ha of the second component.

The herbicidal compositions can be in customary formulations, such as solutions, emulsions, wettable powders, suspensions, powders, dusts, pastes, soluble powders, granules, suspo-emulsion concentrates, emulsifiable concentrate, oil spray, aerosol, natural and synthetic materials impregnated with active compound, and very fine capsules in polymeric substances. In certain embodiments, the compositions is in a form of an emulsifiable concentrate, wettable powder, granule, dust, oil spray or aerosol.

These formulations can be produced, for example by mixing the active compounds with extenders, that is liquid solvents and/or solid carriers, optionally with the use of surface-active agents, such as emulsifying agents and/or dispersing agents and/or foam-forming agents.

In the case of the use of water as an extender, organic solvents can, for example, also be used as auxiliary solvents. Liquid solvents include aromatics, such as xylene, toluene or alkylnaphthalenes, chlorinated aromatics and chlorinated aliphatic hydrocarbons, such as chlorobenzenes, chloroethylenes or methylene chloride, ali-phatic hydrocarbons, such as cyclohexane or paraffins, for example petroleum fractions, mineral and vegetable oils, alcohols, such as butanol or glycol as well as their ethers and esters, ketones, such as acetone, methyl ethyl ketone, methyl isobutyl ketone or cyclohexanone, strongly polar solvents, such as dimethylformamide and dimethyl sulphoxide, as well as water.

As solid carriers there are suitable, for example, ammonium salts and ground natural minerals, such as kaolins, clays, talc, chalk, quartz, attapulgite, mont-morillonite or diatomaceous earth, and ground synthetic minerals, such as finely divided silica, alumina and silicates, as solid carriers for granules there are suitable: for example crushed and fractionated natural rocks such as calcite, marble, pumice, sepiolite and dolomite, as well as synthetic granules of inorganic and organic meals, and granules of organic material such as sawdust, coconut shells, maize cobs and tobacco stalks; as emulsifying and/or foam-forming agents there are suitable: for example nonionic and anionic emulsifiers, such as polyoxyethylene fatty acid esters, poly-oxyethylene fatty alcohol ethers, for example alkylaryl polyglycol ethers, alkylsulphonates, alkyl sulphates, aryl-sulphonates as well as protein hydrolysates; as dispersing agents there are suitable: for example lignin-sulphite waste liquors and methylcellulose.

Adhesives such as carboxymethylcellulose and natural and synthetic polymers in the form of powders, granules or latexes, such as gum arabic, polyvinyl alcohol and polyvinyl acetate, as well as natural phospholipids, such as cephalins and lecithins, and synthetic phospholipids, can be used in the formulations. Further additives may be mineral and vegetable oils.

Colourants can also included in the formulations. Non-limiting examples are inorganic pigments, such as iron oxide, titanium oxide and Prussian Blue, and organic dyestuffs, such as alizarin dyestuffs, azo dye-stuffs and metal phthalocyanine dyestuffs, and trace nutrients such as salts of iron, manganese, boron, copper, cobalt, molybdenum and zinc.

The formulations in general comprise between 0.1 and 95 percent by weight, or between 0.5 and 90 percent by weight, of each of the active compounds from group a (or the first compound) and group b (or the second component).

Herbicidal compositions according to the invention can be applied in the form of ready mixes. Herbicidal compositions can also be formulated individually and mixed upon use, i.e. applied in the form of tank mixes.

Herbicidal compositions can be used as such or in the form of their formulations, and furthermore also as mixtures with other known herbicides, ready mixes or tank mixes. They may also be mixed with other known active compounds, such as fungicides, insecticides, acaricides, nematicides, bird repellents, growth substances, plant nutrients and agents which improve soil structure. For particular application purposes, in particular when applied post-emergence, formulations such as mineral or vegetable oils which are tolerated by plants (for example the commercial product “Oleo DuPont 11E”) or ammonium salts such as, for example, ammonium sulphate or ammonium thiocyanate, as further additives can be included.

Herbicidal compositions can be used as such, in the form of their formulations or in the forms prepared therefrom by dilution of a concentrated form, such as ready-to-use or concentrated solutions, suspensions, emulsions, powders, pastes and granules. They are used in the customary manner, for example by watering, spraying, atomizing, dusting or scattering.

Herbicidal compositions according to the invention can be applied before and after the plants have emerged, that is to say pre-emergence and post-emergence. They can also be incorporated into the soil before, during or after sowing seeds of a crop.

The invention also provides methods for controlling undesirable plants or vegetation. In one embodiment, a method includes applying to a crop where control of such vegetation is desired, an herbicidally effective amount of a composition. Such methods include a composition of the invention, optionally together with an adjuvant, an inert diluent or a carrier suitable for use with an herbicide.

The invention also provides methods for selective control of weeds. In one embodiment, a method includes contacting a composition of the invention onto a crop plant in need of weed control or at risk of undesirable weeds, in an amount effective to provide weed control in the crop.

Herbicidal activity of the compound combinations can be seen from the examples which follow. While the individual active compounds show less activity with regard to herbicidal activity, certain combinations have a herbicidal activity which exceeds a simple sum of the activity of the individual active compounds.

Activity for a given combination of two active compounds can be calculated as follows (cf. COLBY. S. R.: “Calculating synergistic and antagonistic responses of herbicide combinations”. Weeds 15, Pages 20-22. 1967):

If:

X=% damage by herbicide A (active compound of group a) at an application rate of p kg/ha,

Y=% damage by herbicide B (active compound of group b) at an application rate of q kg/ha,

E=the expected % damage of herbicides A+B at an application rate of p+q kg/ha,

then

E=X+Y−(X*Y/100).

Similarly, according to Colby, the activity for a given combination of three active compounds can be calculated as follows (cf. COLBY. S. R.: “Calculating synergistic and antagonistic responses of herbicide combinations”. Weeds 15, Pages 20-22. 1967):

If:

X=% damage by herbicide A (active compound of group a) at an application rate of p kg/ha,

Y=% damage by herbicide B1 (a first active compound of group b) at an application rate of q kg/ha,

Y=% damage by herbicide B2 (a second active compound of group b) at an application rate of r kg/ha,

E=the expected % damage of herbicides A+B1+B2 at an application rate of p+q+r kg/ha,

then

E=X+Y+Z−(X*Y+X*Z+Y*Z)/100)+X*Y*Z/10,000.

If the actual damage exceeds the calculated value (E), the combination is considered to have synergistic effect activity.

It can be seen from the use examples herein below that the found herbicidal action of the active compound combinations according to the invention exceeds the calculated value, that is to say that the new active compound combinations have a synergistic effect.

Unless otherwise defined, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Although methods and materials similar or equivalent to those described herein can be used in the practice or testing of the invention, suitable methods and materials are described herein.

All applications, publications, patents and other references, citations cited herein are incorporated by reference in their entirety. In case of conflict, the specification, including definitions, will control.

As used herein, the singular forms “a”, “and,” and “the” include plural referents unless the context clearly indicates otherwise.

As used herein, all numerical values or numerical ranges include integers within such ranges and fractions of the values or the integers within ranges unless the context clearly indicates otherwise. Thus, for example, reference to a range of 90-100%, includes 91%, 92%, 93%, 94%, 95%, 95%, 97%, etc., as well as 91.1%, 91.2%, 91.3%, 91.4%, 91.5%, etc., 92.1%, 92.2%, 92.3%, 92.4%, 92.5%, etc., and so forth.

The invention is generally disclosed herein using affirmative language to describe the numerous embodiments. The invention also specifically includes embodiments in which particular subject matter is excluded, in full or in part, such as substances or materials, method steps and conditions, protocols, procedures, assays or analysis. Thus, even though the invention is generally not expressed herein in terms of what the invention does not include aspects that are not expressly included in the invention are nevertheless disclosed herein.

A number of embodiments of the invention have been described. Nevertheless, it will be understood that various modifications may be made without departing from the spirit and scope of the invention. Accordingly, the following examples are intended to illustrate but not limit the scope of invention described in the claims.

EXAMPLES

Herbicidal Activity Studies

Example 1

Evaluation of Synergistic Action Between Amicarbazone and Propisochlor on Digitaria ciliaris.

The herbicide study was conducted at Aburahi Agricultural Research Trial Grass house in Shiga Prefecture, Japan. Various mixtures of DINAMIC® (Amicarbazone 70 DF) and Proponit (Propisochlor 720 EC) was applied pre-emergence using foliar application by manual sprayer in this study. The mixture was diluted in water immediately prior to application, and applied at the concentration in Table 1-1. The application rate was 1000 L water/ha. Digitaria ciliaris was grown in square plastic pots (10 cm×10 cm) and replicated three times.

The herbicidal effect was observed by comparing the extent of Digitaria ciliaris treated with the compounds against that occurring in similar non-treated control. Herbicidal effect was visually assessed and recorded at 5, 8, 14, 21 and 28 days after treatment (DAT). Damage by the herbicidal compositions was evaluated with reference to a scale of 0% to 100% in comparison with untreated control. 0% means no damage and 100% means complete destruction of the plants.

The herbicide effect of amicarbazone, in particular, at 50 g/ha and 100 g/ha, was small on Disitaria ciliaris at the one-leaf stage. Similarly, the herbicide effect of propisochlor was less apparent on Disitaria ciliaris at the one-leaf stage, for example, the weeding effect index was less than 50% at 5 DAT observation at all tested dose rate. Surprisingly, treatments with the herbicidal mixtures significantly increase the % damage on the weed. Assessment of the synergistic effect was evaluated using the Colby method. The herbicidal mixtures (amicarbazone+propisochlor) exert a greater herbicidal action than expected according to Colby on the basis of the observed effects of the individual components when used alone. Therefore, a synergistic effect between amicarbazone and propisochlor was confirmed on Disitaria ciliaris.

TABLE 1-1
Pre-emergence treatment effects on Digitaria ciliaris
(one leaf-stage of weeds) with various
mixtures of amicarbazone and propisochlor,
expressed as percentage control
	Propisochlor (Rate/ha)
		DAT	0 g	50 g	100 g	200 g
Amicarbazone	0 g	5	0	28	42	44
(Rate/ha)		8	0	70	78	80
		14	0	76	86	90
		21	0	88	94	98
		28	0	82	92	98
	50 g	5	24	70	68	84
				(45.3)	(55.9)	(57.4)
		8	38	78	84	86
				(81.4)	(86.4)	(87.6)
		14	34	88	94	94
				(84.2)	(90.8)	(93.4)
		21	34	94	98	98
				(92.1)	(96.0)	(98.7)
		28	26	96	100	100
				(86.7)	(94.1)	(98.5)
	100 g	5	70	94	94	96
				(78.4)	(82.6	(83.2)
		8	78	98	98	98
				(93.4)	(95.2)	(95.6)
		14	82	98	100	100
				(95.7)	(97.5)	(98.2)
		21	74	100	100	100
				(96.9)	(98.4)	(99.5)
		28	66	100	100	100
				(93.9)	(97.3)	(99.3)
	200 g	5	92	100	100	100
				(94.2)	(95.4)	(95.5)
		8	96	100	100	100
				(98.8)	(99.1)	(99.2)
		14	98	100	100	100
				(99.5)	(99.7)	(99.8)
		21	86	100	100	100
				(98.3)	(99.2)	(99.7)
		28	86	100	100	100
				(97.5)	(98.9)	(99.7)
( ) indicates the calculated expected percent damage according to Colby method E, wherein E = a + b (100-a)/100
A: Herbicidal effect of Propisochlor as single application
B: Herbicidal effect of Amicarbazone as single application
Herbicidal effect index: 0 (No efficacy)-100 (Complete kill)

Example 2

Evaluation of Synergistic Action Between Amicarbazone and Clomazone/Hexazinone on Cyperus esculentus.

DINAMIC® (amicarbazone) and Discover (clomazone 400 g/kg+hexazinone 100 g/kg) alone or in combination were applied pre-emergence in this study. The formulations for DINAMIC® and Discover were 700 g active ingredient a.i./kg and 500 g active ingredient a.i/kg respectively.

The herbicidal effect was observed by comparing the extent of Cyperus esculentus treated with the compounds against that occurring in similar non-treated control. Herbicidal effect was visually assessed and recorded at 27, 43, 46, 60, 63, 77, 83, 97 and 124 days after treatment (DAT). Damage by the herbicidal compositions was evaluated with reference to a scale of 0% to 100% in comparison with untreated control. 0% means no damage and 100% means complete destruction of the plants.

The results in Table 2 indicate synergistic effects between amicarbazone and the clomazone/hexazinone partner. Assessment of the synergistic effect was evaluated using the Colby method. The theoretical herbicidal effect index were calculated based on Colby and the values were indicated in bracket ( ) in Table 2-1. The herbicidal mixtures (amicarbazone+(clomazone/hexazinone)) exert a greater herbicidal action than expected according to Colby on the basis of the observed effects of the individual components when used alone. In both Trials 1 and 2, the observed herbicidal effects are greater than the theoretical herbicidal effects at DAT 77 and DAT 124 respectively, therefore, there exist synergistic effects between amicarbazone and the clomazone/hexazinone partner on Cyperus esculentus. The underlined values in the table indicate that the observed weed killing is greater than calculated from the Colby formula and therefore indicates a synergistic weed killing effect or activity.

TABLE 2-1
Pre-emergence treatment effects on Cyperus esculentus,
expressed as percentage control
	Appli-
	cation
Active	Rate	Days After Treatment (DAT)
Ingredient(s)	(kg/ha)	27	43	46	60	63	77	83	97	124
Trial 1
Amicarbazone	1.5		40			62	65
Clomazone/	2.0		0			0	0
Hexazinone
Amicarbazone +	1.5 + 2.0		83			94	96
(Clomazone/							(65)
Hexazinone)
Trial 2
Amicarbazone	1.5	37		53	57			68	53	23
Clomazone/	2.0	45		40	17			17	5	0
Hexazinone
Amicarbazone +	1.5 + 2.0	22		86	82			84	85	77
(Clomazone/										(23)
Hexazinone)
( ) indicates the calculated expected percent damage according to Colby method E, wherein E = a + b (100-a)/100
A: Herbicidal effect of Clomazone/Hexazinone as single application
B: Herbicidal effect of Amicarbazone as single application
Herbicidal effect index: 0 (No efficacy)-100 (Complete kill)

Example 3

Evaluation of Synergistic Action Between Amicarbazone and Other Herbicides on Cyperus rotundus.

DINAMIC® (amicarbazone) in combination of various herbicides listed in Table 3-1 were tested for herbicidal activity.

TABLE 3-1
Herbicides used in combination of amicarbazone
Name	Active Ingredients	Source
Volcano-blend	Ethoxylated propoxylated fatty amines	Volcano Aeroscience
(adjuvant)	1000 g/L
Break Thru	Polyether-polymethylsiloxane-	Goldschmidt Chemical Corporation
(adjuvant)	copolymer 100%
MCPA	4-Methyl-2-chlorophenoxyacetic acid	Volcano Agroscience

The herbicidal effect was observed by comparing the extent of Cyperus esculentus treated with the compounds against that occurring in similar non-treated control. Herbicidal effect was visually assessed and recorded at 4, 8, 18 and 34 days after treatment (DAT). Damage by the herbicidal compositions was evaluated with reference to a scale of 0% to 100% in comparison with untreated control. 0% means no damage and 100% means complete destruction of the plants.

Table 3-2 provides post-emergence treatment effects on Cyperus esculentus between amicarbazone and 4-methyl-2-chlorophenoxyacetic acid with an adjuvant.

TABLE 3-2
Post-emergence treatment effects on Cyperus esculentus, expressed as percentage
(by volume) control
	Application Rate	Days After Treatment (DAT)
Active Ingredient(s)	(kg/ha or L/ha)	4	8	18	34
Amicarbazone + Volcano-Blend (adjuvant)	1.0 + 0.2%	0	5	0	0
Amicarbazone + MCPA + Volcano-Blend	1.0 + 3.5 + 0.2%	0	50	70	0
(adjuvant)
Amicarbazone + Break Thru (adjuvant)	1.0 + 0.1%	0	5	0	0
Amicarbazone + MCPA + Break Thru	1.0 + 3.5 + 0.1%	0	50	75	50
(adjuvant)

Example 4

Evaluation of Synergistic Action Between Amicarbazone and Other Herbicides on Cyperus rotundus.

DINAMIC® (amicarbazone) in combination of various herbicides listed in Table 4-1 were tested for herbicidal activity.

TABLE 4-1
Herbicides used in combination of amicarbazone
Name	Active Ingredients	Source
Gesapax	Ametryn: N-ethyl-N′-(1-methylethyl)-6-	Syngenta
	(methylthio)-1,3,5-triazine-2,4-diamine,
	500 g/L
Karmex	Diuron: N-(3,4-dichlophenyl)-N,N-	Goldschmidt Chemical Corporation
	dimethyl urea, 800 g/kg	DuPont (in Brazil)
Provence	Isoxaflutole: 5-cyclopropyl-4-	Bayer Group
	isoxazolyl)[2-(methylsulfonyl)-4-
	(trifluoromethyl)phenyl]methanone,
	750 g/kg
Sencor	Metribuzin: 4-amino-6-(1,1-	Bayer Group
	dimethylethyl)-3-(methylthio)-1,2,4-
	triazin-5(4H)-one, 480 g/kg

The herbicidal effect was observed by comparing the extent of Euphorbia heterophylla (EPHHL) treated with the compounds against that occurring in similar non-treated control. Herbicidal effect was visually assessed and recorded at 14, 23, 36, 49, 65 and 77 days after treatment (DAT). Damage by the herbicidal compositions was evaluated with reference to a scale of 0% to 100% in comparison with untreated control. 0% means no damage and 100% means complete destruction of the plants.

The results in Table 4-2 indicate synergistic effects in the herbicidal treatments with (Amicarbazone+Karmex) mixtures and (Amicarbazone+Sencor) mixtures on Euphorbia heterophylla. Assessment of the synergistic effect was evaluated using the Colby method. The theoretical herbicidal effect index were calculated based on Colby and the values were indicated in bracket ( ) in Table 4-2. Both of the herbicidal mixtures (amicarbazone+Karmex) and (amicarbazone+Sencor) exert a greater herbicidal action than expected according to Colby on the basis of the observed effects of the individual components when used alone. The observed herbicidal effects are greater than the theoretical herbicidal effects at DAT 49, 65 and 77, therefore, there exist synergistic effects. On the other hand, antagonic effects were observed in the herbicidal treatments with (Amicarbazone+Gesapax) mixtures and (Amicarbazone+Provence) mixtures on Euphorbia heterophylla, as the observed herbicidal effects were smaller than the theoretical herbicidal effects at any of the DAT tested (i.e. DAT=14, 23, 36, 49, 65 and 77). The underlined values in the table indicate that the observed weed killing is greater than calculated from the Colby formula and therefore indicates a synergistic weed killing effect or activity.

TABLE 4-2
Pre-emergence treatment effects on Euphorbia
heterophylla, expressed as percentage control
	Application
	Rate
Active	(kg/ha	Days After Treatment (DAT)
Ingredient(s)	or L/ha)	14	23	36	49	65	77
Amicarbazone	1.50	98	98	96	96	96	90
Amicarbazone	1.00	96	96	96	79	79	75
Amicarbazone +	1.00 + 3.00	96	96	96	86	86	85
Gesapax		(100)	(99)	(99)	(89)	(88)	(86)
Gesapax	3.00	96	84	80	47	45	45
Gesapax	5.00	96	72	66	50	47	47
Amicarbazone +	1.00 + 3.00	96	94	96	90	90	90
Karmex		(100)	(98)	(98)	(86)	(84)	(81)
Karmex	3.00	96	60	60	35	23	23
Karmex	5.00	98	80	80	50	50	35
Amicarbazone +	1.00 + 0.15	96	96	96	82	80	82
Provence		(100)	(98)	(98)	(84)	(88)	(85)
Provence	0.15	90	60	60	45	42	40
Provence	0.20	96	82	80	80	66	65
Amicarbazone +	1.00 + 2.00	96	96	96	96	90	90
Sencor		(100)	(99)	(99)	(88)	(85)	(85)
Sencor	2.00	96	85	75	41	40	40
Sencor	3.50	96	85	85	56	50	50
( ) indicates the calculated expected percent damage according to Colby method E, wherein E = a +b (100-a)/100
A: Herbicidal effect of the second active ingredients (i.e. Gesapax, Kamlex, Provence or Sencor) as single application
B: Herbicidal effect of Amicarbazone as single application
Herbicidal effect index: 0 (No efficacy)-100 (Complete kill)

The herbicidal effect was observed by comparing the extent of Ipomoea gradifolia (IAOGR) treated with the compounds against that occurring in similar non-treated control. Herbicidal effect was visually assessed and recorded at 14, 23, 36, 49, 65 and 77 days after treatment (DAT). Damage by the herbicidal compositions was evaluated with reference to a scale of 0% to 100% in comparison with untreated control. 0% means no damage and 100% means complete destruction of the plants. The results of the observed herbicidal effect and the theoretical herbicidal effected were shown in Table 4-3. Assessment of the synergistic effect was evaluated using the Colby method. The theoretical herbicidal effect index were calculated based on Colby and the values were indicated in bracket ( ). Most of the observed herbicidal effects were smaller than the theoretical herbicidal effects in most of the tested results, which indicate antagonic effects. Some of the observed herbicidal effects were the same as the theoretical hervicidal effects, which indicate additive effects. The underlined values in the table indicate that the observed weed killing is greater than calculated from the Colby formula and therefore indicates a synergistic weed killing effect or activity.

TABLE 4-3
Pre-emergence treatment effects on Ipomoea
gradifolia, expressed as percentage control
	Application
	Rate
Active	(kg/ha	Days After Treatment (DAT)
Ingredient(s)	or L/ha)	14	23	36	49	65	77
Amicarbazone	1.50	98	98	98	98	96	97
Amicarbazonc	1.00	100	98	96	96	93	93
Amicarbazone +	1.00 + 3.00	100	98	96	96	98	96
Gesapax		(100)	(100)	(99)	(98)	(96)	(96)
Gesapax	3.00	99	87	85	60	47	45
Gesapax	5.00	100	96	96	60	60	58
Amicarbazone +	1.00 + 3.00	99	96	96	97	94	96
Karmex		(100)	(100)	(100)	(100)	(98)	(98)
Karmex	3.00	99	97	96	77	70	70
Karmex	5.00	98	96	96	79	70	60
Amicarbazone +	1.00 + 0.15	100	96	96	98	93	96
Provence		(100)	(99)	(98)	(98)	(96)	(96)
Provence	0.15	90	67	60	47	45	45
Provence	0.20	96	94	90	90	64	64
Amicarbazone +	1.00 + 2.00	100	96	96	96	96	96
Sencor		(100)	(100)	(100)	(100)	(99)	(98)
Sencor	2.00	100	96	96	96	84	70
Sencor	3.50	100	96	96	96	80	67
( ) indicates the calculated expected percent damage according to Colby method E, wherein E = a +b (100-a)/100
A: Herbicidal effect of the second active ingredients (i.e. Gesapax, Kannex, Provence or Sencor) as single application
B: Herbicidal effect of Amicarbazone as single application
Herbicidal effect index: 0 (No efficacy)-100 (Complete kill)

The herbicidal effect was observed by comparing the extent of Croton glandulosus (CROTON) treated with the compounds against that occurring in similar non-treated control. Herbicidal effect was visually assessed and recorded at 14, 23, 36, 49, 65 and 77 days after treatment (DAT). Damage by the herbicidal compositions was evaluated with reference to a scale of 0% to 100% in comparison with untreated control. 0% means no damage and 100% means complete destruction of the plants. The results of the observed herbicidal effect and the theoretical herbicidal effected were shown in Table 4-4. Assessment of the synergistic effect was evaluated using the Colby method. The theoretical herbicidal effect index were calculated based on Colby and the values were indicated in bracket (2). Some of the observed herbicidal effects were the same as the theoretical hervicidal effects, which indicate additive effects. The underlined values in the table indicate that the observed weed killing is greater than calculated from the Colby formula and therefore indicates a synergistic weed killing effect or activity.

TABLE 4-4
Pre-emergence treatment effects on Croton glandulosus, expressed as percentage control
Active	Application Rate	Days After Treatment (DAT)
Ingredient(s)	(kg/ha or L/ha)	14	23	36	49	65	77
Amicarbazone	1.50	100	99	99	99	99	99
Amicarbazone	1.00	100	99	99	95	99	99
Amicarbazone + Gesapax	1.00 + 3.00	100	99	99	99	99	99
		(100)	(99)	(99)	(21)	(99)	(99)
Gesapax	3.00	96	60	60	40	40	40
Gesapax	5.00	100	84	80	62	62	62
Amicarbazone + Karmex	1.00 + 3.00	100	99	99	99	99	99
		(100)	(99)	(99)	(99)	(99)	(99)
Karmex	3.00	100	92	90	87	87	80
Karmex	5.00	100	92	92	88	88	75
Amicarbazone + Provence	1.00 + 0.15	100	99	99	99	93	90
		(100)	(99)	(99)	(97)	(99)	(99)
Provence	0.15	100	65	65	42	42	40
Provence	0.20	99	90	90	60	60	60
Amicarbazone + Sencor	1.00 + 2.00	100	99	99	99	99	99
		(100)	(99)	(99)	(99)	(99)	(99)
Sencor	2.00	100	96	96	98	99	98
Sencor	3.50	100	96	96	96	96	96
( ) indicates the calculated expected percent damage according to Colby method E, wherein E = a + b (100-a)/100
A: Herbicidal effect of the second active ingredients (i.e. Gesapax, Karmex, Provence or Sencor) as single application
B: Herbicidal effect of Amicarbazone as single application
Herbicidal effect index: 0 (No efficacy) − 100 (Complete kill)

Example 5

Evaluation of Synergistic Action Between Amicarbazone and Mesotrione on Mustard (Sinapsis sp.), Poa annua, Green Foxtail, and Crabgrass sp.

The experiments in this Example were designed to determine whether amicarbazone could decrease mesotrione-induced bleaching of Kentucky bluegrass, St. Augustinegrass, tall fescue and selected turf weed species and whether the combination of amicarbazone and mesotrione could increase the speed and degree of kill of common turf weeds. The experiments in this Example were also designed to determine if amicarbazone plus mesotrione tank-mixes enhance weed control over treatments with mesotrione or amicarbazone alone. This Example shows the synergistic effect of the combination of amicarbazone and mesotrione on injury and bleaching effects on Mustard (Sinapsis sp.), Poa annua, Green Foxtail, and Crabgrass sp. The combination of amicarbazone and mesotrione in a tank mixture decreased the objectionable bleaching associated with mesotrionc, increased the speed of complete kill of weeds and enhanced weed control. The results disclosed in this Example were achieved without the aid of non-ionic surfactants.

Field Preparation/Maintenance

Containers were watered as needed based on species and water usage. The greenhouse was heated to keep temperatures above 50° F. (10° C.) and ventilated as needed to keep temperatures below 100° F. (38° C.). Typical daytime temperatures in the greenhouse were 80-90° F. (27-32° C.) and nighttime temperatures were between 50-60° F. (10-16° C.). The soil employed was Promix BX potting soil. Overall moisture conditions were normal and the closest weather station was on-site. Conditions and equipment employed in this Example are tabulated below in Tables 5-1 and 5-2.

TABLE 5-1
Application Description
                       A
Time of Day:           12-3 pm
Application Method:    SPRAY
Application Timing:    POSPOS
Air Temperature, Unit: 69.4
% Relative Humidity:   71

TABLE 5-2
Application Equipment
                          A
Appl. Equipment:          CO2 sprayer 1
Operating Pressure, Unit: 30 PSI
Nozzle Type:              EV
Nozzle Size:              8003
Nozzle Spacing, Unit:     24 IN
Nozzles/Row:              2

All containers were moved outdoors from the greenhouse and arranged in blocks by treatment for the herbicide applications. A single spray application was applied to each block containing four repetitions of each species for each treatment. Plants were then immediately returned to the greenhouse and irrigated with approximately ¼″ water 1-3 hrs after treatment with a hose end sprayer. Only the Poa plants were trimmed with scissors two days prior to treatment at a height of approximately 3 inches.

Transplanted tillering Kentucky Bluegrass was 5 to 6 months old, transplanted Poa annua was 5 to 6 months old. Tall fescue was seeded into the crabgrass pots. St. Augustine plants (Floratam and Saphire) were shipped from Port St. Lucie, Fla. Only two replicates of Saphire St. Augustine grass were used due to plant availability.

Both seedling and tillering stages of Kentucky bluegrass were examined. There were no treatment effects with regard to bleaching because virtually no bleaching occurred on any of the Kentucky bluegrass plants. Since Kentucky bluegrass is tolerant to both amicarbazone and mesotrione, no treatment effects were observed indicating that amicarbazone or mesotrione applied alone or in tank mixture are safe to Kentucky Bluegrass. No treatment effects were evident on the tillering bluegrass at any rating period. However, amicarbazone at the 3 oz/Acre rate and the combination of the two products using the 3 oz/acre rate of amicarbazone injured Kentucky Bluegrass seedlings, resulting in decreased stand density at 31 days after application for treatments. It has been observed that a 3 oz/acre rate of amicarbazone is injurious to seedling Kentucky Bluegrass.

Referring to FIGS. 2A-B, 3A-C, 4A-C, and 5A-D, all ratings of injury or bleaching are based on a scale from 1 to 9. In bleaching measurements, 1 indicates no bleaching while 9 indicates that the entire plant is white. Any bleaching measurement 4 and above was considered unacceptable for desirable turf species. In injury measurements, 1 indicates no injury while 9 indicates a dead plant. Any injury measurement 4 and above was considered unacceptable for desirable turf species). Density correlates with percent cover where 1 indicates no grass while 9 indicates a full pot.

In general, as evidenced in FIGS. 2A-B, 3A-C, 4A-C, and 5A-D, combinations of amicarbazone with mesotrione resulted in greater efficacy and less bleaching of weeds. Mustard (FIGS. 2A-B), green foxtail (FIGS. 4A-C), and crabgrass (FIGS. 5A-D) control was enhanced with the combination of amicarbazone and mesotrione compared to the application of each product alone. Decreased bleaching appeared to be due, in part, to the increased rate of weed desiccation. Mesotrione alone bleached weeds plants for an extended period of time before turning brown, while the treatments including amicarbazone caused almost immediate desiccation without going through the bleaching phase. Poa annua (FIGS. 3A-C) control was enhanced with the combination treatments. The light-colored leaves of the Poa plants made bleaching and general desiccation somewhat challenging to distinguish.

Bleaching of St. Augustine (Saphire or Floratam) was minimal regardless of treatment. Decreased bleaching, faster activity and greater control were related to the rate of amicarbazone and mesotrione. The higher rate of control by each product the more complete control and faster control of weeds sensitive to either amicarbazone or mesotrione. The decrease in the degree of bleaching was also dependent on the rate of each product; the higher the rate of amicarbazone, the less bleaching occurred.

The results of this Example demonstrate that combinations of amicarbazone and mesotrione are synergistic in decreasing the bleaching of sensitive weeds. The combination treatments also increased the speed and completeness of kill of sensitive weeds without causing increased phytotoxicity to desirable turf species. The data further tabulated below, along with FIGS. 2A-B, 3A-C, 4A-C, and 5A-D clearly demonstrate the synergistic activity of the combination of amicarbazone and mesotrione.

Concerning the optimum rate of each herbicide product for best control and least bleaching, 1 oz/acre of Xonerate 70 WDG (amicarbazone) plus 4 fl. oz/Acre Tenacity 4 SC (mesotrione) (0.044 lb. active ingredient per acre amicarbazone plus 0.125 lb. active ingredient per acre mesotrione) combined with 4 fl oz/acre Tenacity (40% mesotrione) can provide commercially viable benefits over the use of each herbicide alone. Likewise, 2 oz/Acre Xoncrate (0.088 lb. active ingredient per acre amicarbazone) in combination with 4 fl. oz/Acre Tenacity (0.125 lb. active ingredient per acre mesotrione) can provide benefits over the individual use of each product alone. The specific combination for optimum synergy and control without undue bleaching depends on the exact turf type and the species of weeds being targeted.

Table 5-3 below summarizes the treatment parameters for Treatment numbers 1-9 in Tables 5-4 through 5-11 that follow.

TABLE 5-3
Treatment Parameters
Trt		Treatment	Form	Form		Rate	Other	Other	Appl
No.	Type	Name	Conc	Type	Rate	Unit	Rate	Rate Unit	Code
1	CHK	Untreated Check
2	HERB	Amicarbazone	70	WG	0.0219	lb ai/a	0.5	oz/a	A
3	HERB	Amicarbazone	70	WG	0.131	lb ai/a	3.0	oz/a	A
4	HERB	Tenacity	4	SC	0.125	lb ai/a	4.0	oz/a	A
5	HERB	Tenacity	4	SC	0.25	lb ai/a	8.0	oz/a	A
6	HERB	Tenacity	4	SC	0.125	lb ai/a	4.0	oz/a	A
	HERB	Amicarbazone	70	WG	0.0219	lb ai/a	0.5	oz/a	A
7	HERB	Tenacity	4	SC	0.125	lb ai/a	4.0	oz/a	A
	HERB	Amicarbazone	70	WG	0.131	lb ai/a	3.0	oz/a	A
8	HERB	Tenacity	4	SC	0.25	lb ai/a	8.0	oz/a	A
	HERB	Amicarbazone	70	WG	0.0219	lb ai/a	0.5	oz/a	A
9	HERB	Tenacity	4	SC	0.25	lb ai/a	8.0	oz/a	A
	HERB	Amicarbazone	70	WG	0.131	lb ai/a	3.0	oz/a	A
Type: CHK = Check or Untreated (control); HERB = Herbicide
Treatment Name: Untreated Check is not treated|
Form Type: WG = Water dispersible granules (a formulation consisting of granules to be applied after disintegration and dispersion in water); SC = Suspension concentrate (flowable concentrate); a stable suspension of active ingredient(s) in water, intended for dilution with water before use;
Rate Unit: lb ai/a = .pounds active ingredient per acre (Metric = Kg ai/ha (hectare)) A
Other Rate Unit: oz/a = ounces product per acre

Replications employed include 4, Untreated treatments: 1, Design: Randomized Complete Block, Treatment units: US standard, Treated plot size Width: 4 feet, Treated plot size Length: 4 feet, Application volume: 50 gal/ac, Mix size: 0.5562 liters, Mix overage: 100%, Format definitions: G-All7.DEF, G-All7.FRM. The results of these treatments are summarized below in Tables 5-4 to 5-11.

TABLE 5-4
Kentucky Bluegrass Seedling
Crop Code	POAPR	POAPR	POAPR	POAPR	POAPR	POAPR	POAPR	POAPR	POAPR	POAPR
BBCH Scale	BGRM	BGRM	BGRM	BGRM	BGRM	BGRM	BGRM	BGRM	BGRM	BGRM
Crop Name	Kentucky	Kentucky	Kentucky	Kentucky	Kentucky	Kentucky	Kentucky	Kentucky	Kentucky	Kentucky
	bl>	bl>	bl>	bl>	bl>	bl>	bl>	bl>	bl>	bl>
Crop Variety	—	—	—	—	—	—	—	—
Description	Seedling	Seedling	Seedling	Seedling	Seedling	Seedling	Seedling	Seedling	Seedling	Seedling
Rating Data Type	Bleaching	Bleaching	Injury	Bleaching	Bleaching	Injury	Bleaching	% Cover	% Cover	% Cover
Days After First/	6 6	7 7	10 10	10 10	14 14	14 14	20 20	20 20	24 24	31 31
Last Applic.
Trt-Eval Interval	6 DA-A	7 DA-A	10 DA-A	10 DA-A	14 DA-A	14 DA-A	20 DA-A	20 DA-A	24 DA-A	31 DA-A
Trt Treatment	1	2	3	4	5	6	7	8	9	10
No. Name
1 Untreated Check	1.0 a	1.0 a	1.0 c	1.0 a	1.0 a	1.3 c	1.0 b	7.8 a	8.0 a	8.8 a
2 Amicarbazone	1.0 a	1.0 a	1.0 c	1.0 a	1.0 a	1.3 c	1.0 b	6.5 ab	6.8 ab	8.8 a
3 Amicarbazone	1.0 a	1.0 a	1.8 c	1.0 a	1.5 a	2.5 c	1.5 a	4.8 b	4.8 bc	7.5 a
4 Tenacity	1.0 a	1.0 a	1.0 c	1.0 a	1.0 a	1.3 c	1.0 b	5.5 b	5.5 bc	8.0 a
5 Tenacity	1.0 a	1.0 a	1.5 c	1.8 a	1.8 a	2.0 c	1.0 b	6.3 ab	6.8 ab	8.0 a
6 Tenacity	1.0 a	1.0 a	1.3 c	1.0 a	1.0 a	1.8 c	1.0 b	5.8 b	6.0 b	8.5 a
Amicarbazone
7 Tenacity	1.0 a	1.0 a	4.0 b	1.0 a	1.3 a	4.5 b	1.0 b	3.0 c	3.8 c	5.3 b
Amicarbazone
8 Tenacity	1.0 a	1.0 a	2.3 c	1.0 a	1.3 a	2.8 c	1.0 b	5.3 b	5.3 bc	7.8 a
Amicarbazone
9 Tenacity	1.0 a	1.0 a	8.0 a	1.0 a	1.3 a	8.5 a	1.0 b	1.3 d	1.5 d	1.3 c
Amicarbazone
LSD (P = .10)	0.00	0.00	1.29	0.60	0.48	1.45	0.23	1.31	1.30	1.56
Standard Deviation	0.00	0.00	1.07	0.50	0.40	1.20	0.19	1.09	1.08	1.29
CV	0.0	0.0	44.2	46.15	32.46	42.01	18.23	21.24	20.11	18.2
Bartlett's X2	0.0	0.0	11.088	0.0	0.099	17.602	0.0	7.214	7.444	15.439
P(Bartlett's X2)	.	.	0.05*	.	0.999	0.024*	.	0.514	0.49	0.051
Replicate F	0.000	0.000	1.128	1.000	0.471	0.942	1.000	3.458	2.829	3.181
Replicate Prob(F)	1.0000	1.0000	0.3576	0.4098	0.7056	0.4357	0.4098	0.0322	0.0599	0.0422
Treatment F	0.000	0.000	18.566	1.000	1.765	15.365	3.000	12.843	12.538	14.214
Treatment Prob(F)	1.0000	1.0000	0.0001	0.4613	0.1345	0.0001	0.0176	0.0001	0.0001	0.0001
Means followed by same letter do not significantly differ (P = .10, Student-Newman-Keuls)
Mean comparisons performed only when AOV Treatment P(F) is significant at mean comparison OSL.

TABLE 5-5
Kentucky Bluegrass Tillering
Crop Code	POAPR	POAPR	POAPR	POAPR	POAPR	POAPR
BBCH Scale	BGRM	BGRM	BGRM	BGRM	BGRM	BGRM
Crop Name	Kentucky	Kentucky	Kentucky	Kentucky	Kentucky	Kentucky
	bl>	bl>	bl>	bl>	bl>	bl>
Crop Variety
Description	Tillering	Tillering	Tillering	Tillering	Tillering	Tillering
Rating Data Type	Bleaching	Bleaching	Bleaching	Bleaching	Bleaching	Bleaching
Days After First/	6 6	7 7	10 10	14 14	20 20	31 31
Last Applic.
Trt-Eval Interval	6 DA-A	7 DA-A	10 DA-A	14 DA-A	20 DA-A	31 DA-A
Trt	Treatment	11	12	13	14	15	16
No.	Name
1	Untreated Check	1.0 a	1.0 a	1.0 a	1.0 a	1.0 a	1.0 a
2	Amicarbazone	1.0 a	1.0 a	1.0 a	1.0 a	1.3 a	1.0 a
3	Amicarbazone	1.3 a	1.3 a	1.3 a	1.0 a	1.0 a	1.0 a
4	Tenacity	1.5 a	1.5 a	1.0 a	1.0 a	1.5 a	1.0 a
5	Tenacity	1.3 a	1.3 a	1.3 a	1.3 a	1.0 a	1.0 a
6	Tenacity	1.3 a	1.3 a	1.5 a	1.0 a	1.5 a	1.0 a
	Amicarbazone
7	Tenacity	1.3 a	1.3 a	1.3 a	1.5 a	1.3 a	1.0 a
	Amicarbazone
8	Tenacity	1.8 a	1.8 a	1.5 a	1.5 a	1.5 a	1.0 a
	Amicarbazone
9	Tenacity	1.3 a	1.3 a	1.5 a	1.8 a	1.5 a	1.0 a
	Amicarbazone
LSD (P = .10)	0.55	0.55	0.65	0.56	0.73	0.00
Standard Deviation	0.45	0.45	0.54	0.46	0.60	0.00
CV	35.52	35.52	43.03	37.55	47.18	0.0
Bartlett's X2	0.105	0.105	2.518	1.577	3.311	0.0
P(Bartlett's X2)	1.00	1.00	0.774	0.665	0.652	.
Replicate F	0.899	0.899	0.352	0.703	2.548	0.000
Replicate Prob(F)	0.4562	0.4562	0.7881	0.5594	0.0797	1.0000
Treatment F	1.045	1.045	0.648	1.615	0.592	0.000
Treatment Prob(F)	0.4316	0.4316	0.7303	0.1727	0.7745	1.0000

TABLE 5-6
Mustard
Crop Code	POAPR		SINSS	SINSS	SINSS	SINSS	SINSS
BBCH Scale	BRAP	BRAP	BRAP	BRAP	BRAP	BRAP	BRAP
Crop Name	Mustard	Mustard	Mustard	Mustard	Mustard	Mustard	Mustard
Crop Variety
Description
Rating Data Type	Injury	Bleaching	Injury	Bleaching	Injury	Injury	Injury
Days After First/	3 3	6 6	6 6	7 7	7 7	10 10	14 14
Last Applic.
Trt-Eval Interval	3 DA-A	6 DA-A	6 DA-A	7 DA-A	7 DA-A	10 DA-A	14 DA-A
Trt Treatment	20	21	22	23	24	25	26
No. Name
1 Untreated Check	1.0 c	2.8 b	1.0 c	1.5 c	1.3 d	1.8 c	1.5 c
2 Amicarbazone	2.8 b	2.0 bc	2.8 c	2.0 bc	4.3 c	6.0 b	5.8 b
3 Amicarbazone	6.8 a	1.3 c	6.5 ab	2.0 bc	7.0 b	8.8 a	8.8 a
4 Tenacity	3.3 b	5.3 a	2.8 c	5.0 a	4.3 c	7.3 ab	8.3 a
5 Tenacity	2.3 bc	5.8 a	2.5 c	5.0 a	4.3 c	6.8 ab	7.8 a
6 Tenacity	5.5 a	2.0 bc	5.5 b	2.0 bc	6.0 bc	8.5 a	9.0 a
Amicarbazone
7 Tenacity	6.5 a	1.3 c	6.8 ab	2.0 bc	7.0 b	8.8 a	9.0 a
Amicarbazone
8 Tenacity	5.8 a	2.3 bc	5.5 b	2.3 b	6.0 bc	8.5 a	9.0 a
Amicarbazone
9 Tenacity	7.5 a	1.3 c	8.0 a	2.0 bc	8.8 a	9.0 a	9.0 a
Amicarbazone
LSD (P = .10)	1.35	0.89	1.30	0.41	1.21	1.35	1.36
Standard Deviation	1.11	0.73	1.07	0.34	1.00	1.11	1.13
CV	24.3	27.83	23.45	12.89	18.5	15.34	14.91
Bartlett's X2	8.347	8.64	0.714	0.767	6.826	16.312	20.518
P(Bartlett's X2)	0.303	0.28	0.994	0.682	0.556	0.022*	0.001*
Replicate F	0.261	0.189	0.152	2.800	0.544	1.101	1.460
Replicate Prob(F)	0.8526	0.9030	0.9272	0.0616	0.6570	0.3680	0.2505
Treatment F	17.127	21.567	19.750	63.240	19.037	17.292	19.796
Treatment Prob(F)	0.0001	0.0001	0.0001	0.0001	0.0001	0.0001	0.0001
Means followed by same letter do not significantly differ (P = .10, Student-Newman-Keuls)
Mean comparisons performed only when AOV Treatment P(F) is significant at mean comparison OSL.

TABLE 5-7
Poa
Crop Code
BBCH Scale
Crop Name	Poa	Poa	Poa	Poa	Poa	Poa
Crop Variety
Description
Rating Data Type	Bleaching	Bleaching	Injury	Bleaching	Injury	Bleaching
Days After First/	6 6	7 7	10 10	14 14	14 14	16 16
Last Applic.
Trt-Eval Interval	6 DA-A	7 DA-A	10 DA-A	14 DA-A	14 DA-A	16 DA-A
Trt Treatment	31	32	33	34	35	36
No. Name
1 Untreated Check	1.0 a	1.0 a	1.3 de	1.0 b	2.0 d	1.5 ab
2 Amicarbazone	1.0 a	1.0 a	1.0 e	1.0 b	1.8 d	1.0 b
3 Amicarbazone	1.0 a	1.0 a	3.5 bc	1.8 b	4.8 b	2.0 ab
4 Tenacity	1.0 a	1.0 a	1.3 de	1.3 b	1.8 d	2.3 ab
5 Tenacity	1.3 a	1.3 a	2.3 cde	1.8 b	2.8 cd	2.8 ab
6 Tenacity	1.3 a	1.5 a	2.5 cde	2.8 b	4.0 bc	2.8 ab
Amicarbazone
7 Tenacity	1.0 a	1.0 a	4.3 b	2.3 b	5.5 b	2.5 ab
Amicarbazone
8 Tenacity	1.0 a	1.0 a	2.8 cd	1.8 b	4.3 bc	2.0 ab
Amicarbazone
9 Tenacity	1.3 a	1.0 a	6.0 a	4.5 a	7.0 a	3.8 a
Amicarbazone
LSD (P = .10)	0.34	0.30	1.02	1.64	1.29	1.33
Standard Deviation	0.28	0.25	0.84	1.36	1.07	1.10
CV	26.27	22.65	30.6	67.83	28.46	48.35
Bartlett's X2	0.0	0.061	11.9	10.892	13.605	13.55
P(Bartlett's X2)	.	0.805	0.104	0.092	0.034*	0.06
Replicate F	1.257	1.692	2.235	0.242	1.000	0.519
Replicate Prob(F)	0.3113	0.1953	0.1101	0.8665	0.40981	0.6732
Treatment F	0.771	2.077	15.000	2.615	11.854	2.084
Treatment Prob(F)	0.6311	0.0795	0.0001	0.0326	0.0001	0.0786
Crop Code
BBCH Scale
Crop Name	Poa	Poa	Poa	Poa	Poa	Poa
Crop Variety
Description
Rating Data Type	Injury	Bleaching	Injury	Injury	Injury	Injury
Days After First/	16 16	20 20	20 20	24 24	31 31	41 41
Last Applic.
Trt-Eval Interval	16 DA-A	20 DA-A	20 DA-A	24 DA-A	31 DA-A	31 DA-A
Trt Treatment	37	38	39	40	41	42
No. Name
1 Untreated Check	3.0 d	1.0 a	2.3 d	1.8 d	2.3 c	2.8 c
2 Amicarbazone	2.5 d	1.0 a	2.5 d	2.5 cd	3.3 c	3.8 c
3 Amicarbazone	5.0 bc	2.0 a	5.5 c	5.3 b	7.0 ab	7.5 ab
4 Tenacity	2.3 d	1.5 a	2.0 d	2.0 d	2.8 c	2.8 c
5 Tenacity	2.8 d	1.8 a	2.8 d	2.8 cd	2.8 c	2.8 c
6 Tenacity	4.0 cd	2.0 a	4.8 c	4.0 bc	6.3 b	6.5 ab
Amicarbazone
7 Tenacity	6.3 b	2.3 a	6.8 b	7.0 a	8.3 a	8.3 a
Amicarbazone
8 Tenacity	4.8 bc	1.5 a	5.0 c	4.8 b	6.0 b	6.3 b
Amicarbazone
9 Tenacity	7.8 a	2.3 a	8.3 a	8.0 a	8.5 a	8.3 a
Amicarbazone
LSD (P = .10)	1.26	0.76	1.07	1.31	1.46	1.25
Standard Deviation	1.05	0.63	0.88	1.08	1.20	1.03
CV	24.59	37.13	20.03	25.58	23.07	19.07
Bartlett's X2	11.159	6.349	5.253	6.542	6.997	9.142
P(Bartlett's X2)	0.132	0.385	0.629	0.478	0.537	0.33
Replicate F	0.771	2.316	0.414	0.571	0.153	0.512
Replicate Prob(F)	0.5215	0.1012	0.7443	0.6393	0.9267	0.6779
Treatment F	12.814	2.333	24.763	16.952	17.115	21.729
Treatment Prob(F)	0.0001	0.0518	0.0001	0.0001	0.0001	0.0001
Means followed by same letter do not significantly differ (P = .10, Student-Newman-Keuls)
Mean comparisons performed only when AOV Treatment P(F) is significant at mean comparison OSL.

TABLE 5-8
Green Foxtail
Crop Code
BBCH Scale
Crop Name	Green	Green	Green	Green	Green	Green	Green
	Foxta>	Foxta>	Foxta>	Foxta>	Foxta>	Foxta>	Foxta>
Crop Variety
Description
Rating Data Type	Bleaching	Injury	Bleaching	Injury	Injury	Injury	Bleaching
Days After First/	16 16	16 16	20 20	20 20	24 24	31 31	31 31
Last Applic.
Trt-Eval Interval	16 DA-A	16 DA-A	20 DA-A	20 DA-A	24 DA-A	31 DA-A	31 DA-A
Trt Treatment	49	50	51	52	53	54	55
No. Name
1 Untreated Check	1.3 d	1.5 d	1.5 c	1.8 d	1.8 d	4.0 cd	3.5 a
2 Amicarbazone	1.0 d	1.8 d	1.3 c	1.8 d	2.0 d	2.8 d	3.0 a
3 Amicarbazone	1.0 d	2.8 cd	1.3 c	3.5 cd	3.8 c	5.3 bc	3.3 a
4 Tenacity	4.0 b	3.8 c	3.0 ab	3.8 cd	4.0 c	5.0 bc	3.3 a
5 Tenacity	5.3 a	6.0 b	3.8 a	5.5 bc	5.8 b	6.3 abc	2.5 a
6 Tenacity	2.8 c	5.5 b	2.0 bc	5.5 bc	6.3 b	6.5 abc	2.3 a
Amicarbazone
7 Tenacity	1.3 d	7.5 a	1.5 c	7.5 ab	7.5 ab	8.0 a	3.0 a
Amicarbazone
8 Tenacity	3.0 c	7.8 a	2.3 bc	7.5 ab	7.3 ab	7.5 ab	1.8 a
Amicarbazone
9 Tenacity	1.5 d	8.5 a	1.3 c	8.3 a	8.8 a	8.3 a	1.3 a
Amicarbazone
LSD (P = .10)	0.74	1.25	0.84	1.56	1.42	1.71	2.03
Standard Deviation	0.61	1.03	0.70	1.29	1.18	1.41	1.68
CV	26.08	20.59	35.35	25.75	22.55	23.79	63.73
Bartlett's X2	2.66	10.181	4.884	15.792	17.483	11.091	17.093
P(Bartlett's X2)	0.85	0.253	0.674	0.045*	0.025*	0.135	0.029*
Replicate F	1.000	1.747	1.429	1.251	1.977	1.833	1.869
Replicate Prob(F)	0.4098	0.1843	0.2590	0.3132	0.1444	0.1680	0.1618
Treatment F	24.975	26.764	6.486	14.631	17.735	6.931	0.820
Treatment Prob(F)	0.0001	0.0001	0.0002	0.0001	0.0001	0.0001	0.5929
Crop Code
BBCH Scale
Crop Name		Green Foxta>	Green Foxta>	Green Foxta>	Green Foxta>	Green Foxta>
Crop Variety
Description
Rating Data Type		Injury	Injury	Bleaching	Bleaching	Injury
Days After First/		6 6	7 7	10 10	14 14	14 14
Last Applic.
Trt-Eval Interval		6 DA-A	7 DA-A	10 DA-A	14 DA-A	14 DA-A
Trt Treatment	56	44	45	46	47	48
No. Name
1 Untreated Check		1.3 f	1.0 c	1.0 c	1.3 d	1.0 g
2 Amicarbazone		1.5 f	1.5 c	1.0 c	1.0 d	1.3 g
3 Amicarbazone		3.8 de	3.5 b	1.0 c	1.0 d	2.5 f
4 Tenacity		3.3 e	3.8 b	5.0 a	5.0 b	4.3 e
5 Tenacity		4.0 de	4.5 b	5.8 a	6.0 a	5.8 d
6 Tenacity		5.3 cd	6.0 a	2.8 b	2.8 c	6.5 cd
Amicarbazone
7 Tenacity		7.5 ab	8.0 a	1.0 c	1.0 d	7.8 ab
Amicarbazone
8 Tenacity		6.5 bc	7.0 a	2.8 b	2.5 c	7.0 bc
Amicarbazone
9 Tenacity		8.3 a	8.0 a	1.3 c	1.5 d	8.5 a
Amicarbazone
LSD (P = .10)	.	1.34	1.46	0.97	0.83	0.95
Standard Deviation	.	1.11	1.20	0.80	0.69	0.78
CV	.	24.21	25.05	33.46	28.04	15.87
Bartlett's X2	.	14.914	7.631	2.954	1.944	9.714
P(Bartlett's X2)	.	0.061	0.266	0.566	0.857	0.205
Replicate F		1.406	1.604	1.913	0.158	4.992
Replicate Prob(F)		0.2653	0.2146	0.1544	0.9237	0.0079
Treatment F		20.098	18.968	21.435	29.631	51.541
Treatment Prob(F)		0.0001	0.0001	0.0001	0.0001	0.0001
Means followed by same letter do not significantly differ (P = .10, Student-Newman-Keuls)
Mean comparisons performed only when AOV Treatment P(F) is significant at mean comparison OSL.

TABLE 5-9
Crabgrass
Crop Code
BBCH Scale
Crop Name	Crabgrass	Crabgrass	Crabgrass	Crabgrass	Crabgrass	Crabgrass	Crabgrass	Crabgrass	Crabgrass
Crop Variety
Description
Rating Data Type	Bleaching	Injury	Bleaching	Injury	Bleaching	Bleaching	Injury	Bleaching	Injury
Days After First/	6 6	6 6	7 7	7 7	10 10	14 14	14 14	16 16	16 16
Last Applic.
Trt-Eval Interval	6 DA-A	6 DA-A	7 DA-A	7 DA-A	10 DA-A	14 DA-A	14 DA-A	16 DA-A	16 DA-A
Trt Treatment	57	58	59	60	61	62	63	64	65
No. Name
1 Untreated Check	1.0 f	1.0 d	1.0 c	1.0 e	1.0 c	1.0 c	1.0 d	1.0 c	1.0 d
2 Amicarbazone	1.3 f	1.5 d	1.0 c	1.0 e	1.0 c	1.0 c	1.0 d	1.3 c	1.3 d
3 Amicarbazone	1.0 f	1.0 d	1.0 c	1.0 e	1.0 c	1.0 c	1.0 d	1.0 c	1.5 d
4 Tenacity	6.0 a	5.3 c	6.5 a	5.3 d	7.3 a	7.0 a	5.8 c	7.3 a	7.5 bc
5 Tenacity	5.3 b	5.8 c	6.0 a	6.0 cd	6.8 a	6.5 a	6.3 c	6.5 a	7.5 bc
6 Tenacity	3.0 d	5.0 c	4.3 b	6.8 bc	5.0 b	4.3 b	7.0 b	3.5 b	7.3 c
Amicarbazone
7 Tenacity	2.3 e	6.8 b	2.5 c	7.3 b	1.8 c	2.0 c	8.5 a	2.3 c	8.5 a
Amicarbazone
8 Tenacity	3.8 c	5.5 c	4.5 b	6.0 cd	4.3 b	3.5 b	7.3 b	3.8 b	8.3 ab
Amicarbazone
9 Tenacity	1.5 f	8.3 a	1.3 c	8.3 a	1.0 c	1.0 c	9.0 a	1.3 c	9.0 a
Amicarbazone
LSD (P = .10)	0.69	0.87	1.04	0.78	1.11	1.09	0.55	1.09	0.70
Standard Deviation	0.57	0.72	0.86	0.65	0.92	0.90	0.45	0.90	0.58
CV	20.49	16.13	27.53	13.67	28.57	29.81	8.74	29.19	10.01
Bartlett's X2	2.475	4.552	7.441	3.943	6.356	1.5	1.172	8.404	2.53
P(Bartlett's X2)	0.78	0.602	0.19	0.558	0.174	0.827	0.883	0.21	0.865
Replicate F	0.229	0.432	1.312	0.800	1.049	2.125	0.494	1.771	0.308
Replicate Prob(F)	0.8756	0.7317	0.2934	0.5061	0.3889	0.1235	0.6896	0.1795	0.8196
Treatment F	43.286	54.459	27.435	81.667	32.344	28.875	211.382	28.234	141.420
Treatment Prob(F)	0.0001	0.0001	0.0001	0.0001	0.0001	0.0001	0.0001	0.0001	0.0001
Crop Code
BBCH Scale
Crop Name	Crabgrass	Crabgrass	Crabgrass	Crabgrass	Crabgrass	Crabgrass	Crabgrass	Crabgrass
Crop Variety
Description
Rating Data Type	Bleaching	Injury	Injury	% Crab Cvr	% Crab Cvr	Bleaching	% Crab Cvr	Bleaching
Days After First/	20 20	20 20	24 24	24 24	31 31	31 31	41 41	41 41
Last Applic.
Trt-Eval Interval	20 DA-A	20 DA-A	24 DA-A	24 DA-A	31 DA-A	31 DA-A	41 DA-A	41 DA-A
Trt Treatment	66	67	68	69	70	71	72	73
No. Name
1 Untreated Check	1.0 d	1.0 c	1.0 c	8.8 a	8.8 a	1.0 b	9.0 a	1.0 a
2 Amicarbazone	1.3 d	1.3 c	1.5 c	7.8 a	8.3 a	1.0 b	9.0 a	1.0 a
3 Amicarbazone	1.0 d	1.5 c	1.5 c	6.3 b	6.3 b	1.0 b	6.8 b	1.0 a
4 Tenacity	7.3 a	7.8 b	7.0 b	2.8 c	3.3 c	2.3 a	2.0 c	1.0 a
5 Tenacity	5.5 b	7.5 b	7.0 b	1.8 cd	2.0 d	2.5 a	1.5 c	1.0 a
6 Tenacity	3.8 bc	8.0 ab	7.8 ab	1.3 d	1.0 d	1.3 b	1.3 c	1.0 a
Amicarbazone
7 Tenacity	2.8 cd	8.5 ab	8.3 ab	1.0 d	1.0 d	1.3 b	1.3 c	1.0 a
Amicarbazone
8 Tenacity	4.3 bc	8.5 ab	8.0 ab	1.5 cd	1.0 d	1.3 b	1.3 c	1.0 a
Amicarbazone
9 Tenacity	1.5 d	9.0 a	9.0 a	1.0 d	1.0 d	1.0 b	1.8 c	1.0 a
Amicarbazone
LSD (P = .10)	1.62	0.72	0.95	1.04	1.13	0.61	0.92	0.00
Standard Deviation	1.34	0.59	0.79	0.86	0.94	0.50	0.76	0.00
CV	42.53	10.04	13.87	24.17	25.97	36.33	20.37	0.0
Bartlett's X2	14.194	2.548	0.246	10.589	10.672	3.123	13.048	0.0
P(Bartlett's X2)	0.028*	0.863	0.999	0.102	0.031*	0.537	0.042*	.
Replicate F	3.922	1.060	0.360	1.705	3.747	2.473	5.000	0.000
Replicate Prob(F)	0.0207	0.3846	0.7827	0.1926	0.0244	0.0861	0.0078	1.0000
Treatment F	11.119	140.921	70.888	53.050	48.253	5.182	81.429	0.000
Treatment Prob(F)	0.0001	0.0001	0.0001	0.0001	0.0001	0.0008	0.0001	1.0000
Means followed by same letter do not significantly differ (P = .10, Student-Newman-Keuls)
Mean comparisons performed only when AOV Treatment P(F) is significant at mean comparison OSL.

TABLE 5-10
St. Augustine-Sapphire
Crop Code
BBCH Scale
Crop Name	St.	St.	St.	St.	St.	St.	St.	St.	St.
	Augusti>	Augusti>	Augusti>	Augusti>	Augusti>	Augusti>	Augusti>	Augusti>	Augusti>
Crop Variety	Sapphire	Sapphire	Sapphire	Sapphire	Sapphire	Sapphire	Sapphire	Sapphire	Sapphire
Description
Rating Data Type	Bleaching	Bleaching	Bleaching	Bleaching	Bleaching	Bleaching	Bleaching	Bleaching	TurfQuality
Days After First/	6 6	7 7	10 10	14 14	16 16	20 20	31 31	41 41	41 41
Last Applic.
Trt-Eval Interval	6 DA-A	7 DA-A	10 DA-A	14 DA-A	16 DA-A	20 DA-A	31 DA-A	31 DA-A	31 DA-A
Trt Treatment	75	76	77	78	79	80	81	82	83
No. Name
1 Untreated Check	1.0 a	1.0 b	1.0 d	1.0 c	1.0 d	1.0 c	1.0 a	1.0 a	7.0 a
2 Amicarbazone	1.0 a	1.0 b	1.0 d	1.0 c	1.0 d	1.5 c	1.0 a	1.0 a	7.0 a
3 Amicarbazone	1.5 a	1.0 b	1.0 d	1.0 c	1.0 d	1.0 c	1.0 a	1.0 a	7.5 a
4 Tenacity	2.0 a	2.0 a	1.5 cd	1.0 c	1.0 d	1.0 c	1.5 a	1.0 a	7.0 a
5 Tenacity	2.0 a	2.0 a	3.5 a	2.5 ab	3.0 b	3.0 ab	2.5 a	1.0 a	7.0 a
6 Tenacity	2.0 a	2.0 a	2.5 abc	2.0 abc	2.0 c	2.5 abc	2.5 a	1.0 a	7.0 a
Amicarbazone
7 Tenacity	1.5 a	1.5 ab	2.0 bcd	1.5 bc	2.0 c	2.0 bc	1.0 a	1.0 a	7.5 a
Amicarbazone
8 Tenacity	1.5 a	2.0 a	2.0 bcd	1.5 bc	1.5 cd	2.5 abc	2.0 a	1.0 a	7.0 a
Amicarbazone
9 Tenacity	1.0 a	2.0 a	3.0 ab	3.0 a	4.0 a	3.5 a	3.0 a	1.0 a	7.5 a
Amicarbazone
LSD (P = .10)	0.79	0.44	0.79	0.79	0.44	0.88	1.14	0.00	0.79
Standard Deviation	0.42	0.24	0.42	0.42	0.24	0.47	0.61	0.00	0.42
CV	28.33	14.63	21.85	26.37	12.86	23.57	35.56	0.0	5.93
Bartlett's X2	0.0	0.0	0.0	0.0	0.0	0.0	0.748	0.0	0.0
P(Bartlett's X2)	.	.	.	.	.	.	0.862	.	.
Replicate F	0.308	1.000	0.308	0.308	1.000	1.000	1.333	0.000	0.308
Replicate Prob(F)	0.5943	0.3466	0.5943	0.5943	0.3466	0.3466	0.2815	1.0000	0.5943
Treatment F	2.077	8.500	9.308	6.077	40.500	7.875	3.370	0.000	0.692
Treatment Prob(F)	0.1607	0.0033	0.0024	0.0098	0.0001	0.0043	0.0526	1.0000	0.6924
Means followed by same letter do not significantly differ (P = .10, Student-Newman-Keuls)
Mean comparisons performed only when AOV Treatment P(F) is significant at mean comparison OSL.

TABLE 5-11
St. Augustine-Floratum
Crop Code
BBCH Scale
Crop Name	St.	St.	St.	St.	St.	St.	St.	St.	St.
	Augusti>	Augusti>	Augusti>	Augusti>	Augusti>	Augusti>	Augusti>	Augusti>	Augusti>
Crop Variety	Floratam	Floratam	Floratam	Floratam	Floratam	Floratam	Floratam	Floratam	Floratam
Description
Rating Data Type	Bleaching	Bleaching	Bleaching	Bleaching	Bleaching	Bleaching	Bleaching	Bleaching	TurfQuality
Days After First/	6 6	7 7	10 10	14 14	16 16	20 20	31 31	41 41	41 41
Last Applic.
Trt-Eval Interval	6 DA-A	7 DA-A	10 DA-A	14 DA-A	16 DA-A	20 DA-A	31 DA-A	31 DA-A	31 DA-A
Trt Treatment	85	86	87	88	89	90	91	92	93
No. Name
1 Untreated Check	1.0 a	1.0 c	1.0 c	1.0 c	1.0 e	1.0 b	1.0 c	1.0 a	6.0 c
2 Amicarbazone	1.0 a	1.0 c	1.0 c	1.0 c	1.0 e	1.0 b	1.0 c	1.0 a	6.8 bc
3 Amicarbazone	1.0 a	1.0 c	1.0 c	1.0 c	1.3 e	1.3 b	1.0 c	1.0 a	7.3 ab
4 Tenacity	1.3 a	2.0 bc	3.0 ab	2.8 ab	2.8 cd	3.3 a	2.5 abc	1.0 a	6.5 bc
5 Tenacity	2.0 a	2.8 ab	4.0 ab	3.8 a	4.8 a	4.5 a	4.0 a	1.0 a	6.5 bc
6 Tenacity	2.0 a	2.3 ab	3.5 ab	2.8 ab	4.0 ab	4.3 a	3.8 a	1.0 a	7.0 ab
Amicarbazone
7 Tenacity	1.3 a	1.8 bc	2.5 b	2.0 bc	2.3 d	2.8 a	1.8 bc	1.0 a	7.8 a
Amicarbazone
8 Tenacity	2.0 a	3.3 a	4.5 a	3.5 a	3.5 bc	3.3 a	2.8 ab	1.0 a	6.5 bc
Amicarbazone
9 Tenacity	2.0 a	2.5 ab	3.8 ab	3.3 a	4.5 ab	4.5 a	4.0 a	1.0 a	7.0 ab
Amicarbazone
LSD (P = .10)	0.65	0.77	1.00	0.73	0.85	1.13	1.05	0.00	0.55
Standard Deviation	0.54	0.63	0.82	0.60	0.70	0.93	0.87	0.00	0.45
CV	35.86	32.64	30.62	25.75	25.34	32.52	35.89	0.0	6.67
Bartlett's X2	1.482	4.118	1.836	0.1311	4.28	6.623	4.477	0.0	0.173
P(Bartlett's X2)	0.83	0.533	0.871	1.00	0.639	0.357	0.483	.	0.999
Replicate F	0.640	1.931	1.673	6.769	6.131	3.455	4.074	0.000	0.494
Replicate Prob(F)	0.5967	0.1515	0.1992	0.0018	0.0030	0.0323	0.0180	1.0000	0.6896
Treatment F	3.240	6.793	11.367	13.846	17.972	9.898	8.889	0.000	5.090
Treatment Prob(F)	0.01211	0.0001	0.0001	0.0001	0.0001	0.0001	0.0001	1.0000	0.0009
Means followed by same letter do not significantly differ (P = .10, Student-Newman-Keuls)
Mean comparisons performed only when AOV Treatment P(F) is significant at mean comparison OSL.

Example 6

A. Pre Emergence Application Against Weed in Maize

In this part of the Example the efficacy of DINAMIC® (amicarbazone 700WDG, 700 grams active/kg, available from Arysta LifeScience North America, Cary, N.C.) mixtures with Galago (mesotrione 480SC, 480 grams active/L, available from Arysta LifeScience North America, Cary, N.C.) as a pre emergence application against weeds in maize (variety PHI 2369W) was determined.

Three trials were conducted at a site with a history of weeds. The trials were executed under moderate weather conditions. Efficacy and visual phytotoxicity assessments were performed in triplicate. Normal practices were carried out to control insects and fungi. Crops were provided in 55 cm row width, at a sowing rate of 65,000 plants/ha, and at a sowing depth of five to eight cm. Soil class was clay with a clay content of about 40%. The site in this Example had been previously used for maize. Trial design was randomized blocks with a plot size of 20 m² replicated four times. Municipal water was used for all applications (pH=7.2).

Application of the treatments shown in Table 6-1 was conducted at pre emergence stage 1 day after planting seed. Application of the treatments was conducted over a 24 hour period. Over this time period, dry bulb temperature was about 30° C., wet bulb temperature was about 26° C., relative humidity was about 70%, cloud cover was about 100%, wind speed was about 1 m/s, and the wind was out of the east. Treatments were administered with a multi-spray gas sprayer with a 4× flat fan 03F80 nozzle. Spacing was 50 cm, with a height of 50 cm, pressure 2.8 Bar, at a ground speed of 1 m/s, and a calibration mean output of 330 L/ha. The soil temperature over the application period averaged to about 28° C. and the soil remained moist and fine.

TABLE 6-1
Treatments
			Dosage rate	Dosage rate
	No	Treatments	(gai/ha)	(g/ha or mL/ha)
		Untreated control	—	—
	1	DINAMIC ® 700WDG	52.5	75
	2	DINAMIC ® 700WDG	70	100
	3	DINAMIC ® 700WDG	87.5	125
	4	DINAMIC ® 700WDG	105	150
	5	DINAMIC ® 700WDG	210	300
	6	Galago 480SC	48	100
	7	Galago 480SC	96	200
	8	DINAMIC ® 700WDG +	52.5	75
		Galago 480SC	48	100
	9	DINAMIC ® 700WDG +	52.5	75
		Galago 480SC	72	150
	10	DINAMIC ® 700WDG +	70	100
		Galago 480SC	48	100
	11	DINAMIC ® 700WDG +	70	100
		Galago 480SC	72	150
	12	DINAMIC ® 700WDG +	87.5	125
		Galago 480SC	48	100
	13	DINAMIC ® 700WDG +	87.5	125
		Galago 480SC	72	150
	14	DINAMIC ® 700WDG +	175	250
		Galago 480SC	144	300

Assessments of the treated crops at 2, 4, and 6 weeks are summarized in Tables 6-2 to 6-4 below. No visual signs of phytotoxicity were noticed over the 6 weeks.

TABLE 6-2
2 Week Assessment
Crop condition        Actively growing
Crop stage            4 Leaves
BBCH scale            14
Soil moisture         Moist
Rain since last visit 28 mm

TABLE 6-3
4 Week Assessment
Crop condition        Actively growing
Crop stage            6 Leaves
BBCH scale            16
Soil moisture         Wet
Rain since last visit 6 mm

TABLE 6-4
6 Week Assessment
Crop condition        Actively growing
Crop stage            8 leaves
BBCH scale:           18
Soil moisture         Moist
Rain since last visit 23 mm

Control and weed cover at 2, 4, and 6 weeks for the indicated species are summarized below in Tables 6-5 through 6-7. 80% is considered acceptable control.

TABLE 6-5
% Control and weed cover (2 weeks after application)
	Treatments
	(product/ha)	Rep	ROTTE	IPOPU	AMAHY
	Untreated control	I	30	40	30
	% soil cover	ii	40	30	30
		iii	40	40	20
		iv	30	40	30
	Mean		35	38	28
1	DINAMIC ® at 75 g	I	20	80	90
		ii	30	80	80
		iii	20	70	80
		iv	20	80	80
	Mean		23	78	83
2	DINAMIC ® at 100 g	I	20	80	90
		ii	30	70	80
		iii	30	80	80
		iv	30	70	80
	Mean		28	75	83
3	DINAMIC ® at 125 g	I	30	90	95
		ii	30	70	90
		iii	30	80	90
		iv	30	80	90
	Mean		30	80	91
4	DINAMIC ® at 150 g	I	50	90	80
		ii	30	80	90
		iii	40	80	90
		iv	30	80	90
	Mean		38	83	88
5	DINAMIC ® at 300 g	I	50	90	100
		ii	50	95	100
		iii	60	100	90
		iv	50	90	95
	Mean		53	94	96
6	Galago at 100 ml	I	60	90	80
		ii	60	90	90
		iii	70	90	80
		iv	60	90	90
	Mean		63	90	85
7	Galago at 200 ml	I	80	90	90
		ii	70	95	90
		iii	70	100	95
		iv	80	95	95
	Mean		75	95	93
8	DINAMIC ® at 75 g	I	60	90	90
	Galago at 100 ml	ii	60	80	90
		iii	60	90	80
		iv	60	90	80
	Mean		60	88	85
9	DINAMIC ® at 75 g	I	70	90	100
	Galago at 150 ml	ii	80	90	95
		iii	80	95	90
		iv	80	95	95
	Mean		78	93	95
10	DINAMIC ® at 100 g	I	50	90	90
	Galago at 100 ml	ii	60	90	90
		iii	70	90	90
		iv	70	95	90
	Mean		63	91	90
11	DINAMIC ® at 100 g	I	70	90	100
	Galago at 150 ml	ii	70	90	95
		iii	80	90	100
		iv	70	90	95
	Mean		73	90	98
12	DINAMIC ® at 125 g	I	70	90	95
	Galago at 100 ml	ii	70	80	95
		iii	60	90	100
		iv	70	90	90
	Mean		68	88	95
13	DINAMIC ® at 125 g	I	90	100	100
	Galago at 150 ml	ii	80	100	100
		iii	80	90	100
		iv	80	95	100
	Mean		83	96	100
14	DINAMIC ® at 250 g	I	90	100	100
	Galago at 300 ml	ii	90	100	100
		iii	95	95	100
		iv	95	95	100
	Mean		93	98	100
ROTTE = Rottboelia exaltata;
IPOPU = Ipomoea purpurea;
AMAHY = Amaranthus hybridus

TABLE 6-6
% Control and weed cover (4 weeks after application)
	Treatments
	(product/ha)	Rep	ROTTE	IPOPU	AMAHY
	Untreated control	I	30	40	30
	% soil cover	ii	30	30	40
		iii	30	40	30
		iv	20	40	40
	Mean		28	38	35
1	DINAMIC ® at 75 g	I	20	70	80
		ii	20	70	80
		iii	20	70	70
		iv	20	70	80
	Mean		20	70	78
2	DINAMIC ® at 100 g	I	20	80	80
		ii	30	70	80
		iii	20	70	80
		iv	20	70	80
	Mean		23	73	80
3	DINAMIC ® at 125 g	I	30	80	90
		ii	30	70	90
		iii	20	70	90
		iv	30	80	90
	Mean		28	75	90
4	DINAMIC ® at 150 g	I	40	80	80
		ii	30	80	90
		iii	40	80	80
		iv	20	80	90
	Mean		33	80	85
5	DINAMIC ® at 300 g	I	40	90	100
		ii	50	90	100
		iii	50	100	90
		iv	50	90	90
	Mean		48	93	95
6	Galago at 100 ml	I	50	90	80
		ii	60	80	80
		iii	60	80	80
		iv	60	90	80
	Mean		58	85	80
7	Galago at 200 ml	I	80	90	90
		ii	60	90	90
		iii	70	100	90
		iv	70	95	90
	Mean		70	94	90
8	DINAMIC ® at 75 g	I	60	90	90
	Galago at 100 ml	ii	60	80	90
		iii	50	80	80
		iv	60	80	80
	Mean		58	83	85
9	DINAMIC ® at 75 g	I	70	90	100
	Galago at 150 ml	ii	70	90	90
		iii	70	90	90
		iv	80	95	95
	Mean		73	91	94
10	DINAMIC ® at 100 g	I	50	90	90
	Galago at 100 ml	ii	50	80	80
		iii	70	80	90
		iv	60	90	90
	Mean		58	85	88
11	DINAMIC ® at 100 g	I	70	90	100
	Galago at 150 ml	ii	70	80	95
		iii	70	90	98
		iv	70	90	95
	Mean		70	88	97
12	DINAMIC ® at 125 g	1	70	90	95
	Galago at 100 ml	ii	70	80	90
		iii	60	90	100
		iv	60	90	90
	Mean		65	88	94
13	DINAMIC ® at 125 g	I	90	100	100
	Galago at 150 ml	ii	80	100	100
		iii	70	90	100
		iv	80	98	100
	Mean		80	97	100
14	DINAMIC ® at 250 g	I	90	100	100
	Galago at 300 ml	ii	90	100	100
		iii	90	95	100
		iv	90	95	100
	Mean		90	98	100
ROTTE = Rottboelia exaltata;
IPOPU = Ipomoea purpurea;
AMAHY = Amaranthus hybridus

TABLE 6-7
% Control and weed cover (6 weeks after application)
	Treatments
	(product/ha)	Rep	ROTTE	IPOPU	AMAHY
	Untreated control	I	20	40	40
	% soil cover	ii	30	30	40
		iii	20	50	30
		iv	20	40	40
	Mean		23	40	38
1	DINAMIC ® at 75 g	I	20	70	80
		ii	20	70	80
		iii	10	70	80
		iv	20	70	80
	Mean		18	70	80
2	DINAMIC ® at 100 g	I	20	70	80
		ii	20	70	80
		iii	20	70	80
		iv	10	70	80
	Mean		18	70	80
3	DINAMIC ® at 125 g	I	20	80	90
		ii	30	70	90
		iii	20	70	90
		iv	30	70	90
	Mean		25	73	90
4	DINAMIC ® at 150 g	I	30	70	90
		ii	30	80	90
		iii	30	80	90
		iv	20	70	90
	Mean		28	75	90
5	DINAMIC ® at 300 g	I	30	80	100
		ii	40	90	100
		iii	50	98	90
		iv	40	90	90
	Mean		40	90	95
6	Galago at 100 ml	I	50	80	90
		ii	50	80	80
		iii	50	80	70
		iv	50	80	80
	Mean		50	80	80
7	Galago at 200 ml	I	70	90	90
		ii	60	90	90
		iii	60	98	90
		iv	60	90	90
	Mean		63	92	90
8	DINAMIC ® at 75 g	I	50	80	80
	Galago at 100 ml	ii	60	80	80
		iii	50	80	80
		iv	60	80	80
	Mean		55	80	80
9	DINAMIC ® at 75 g	I	70	90	100
	Galago at 150 ml	ii	70	90	90
		iii	70	90	90
		iv	70	90	90
	Mean		70	90	93
10	DINAMIC ® at 100 g	I	60	80	80
	Galago at 100 ml	ii	50	80	80
		iii	70	80	90
		iv	70	90	90
	Mean		63	83	85
11	DINAMIC ® at 100 g	I	70	90	100
	Galago at 150 ml	ii	70	80	95
		iii	60	80	95
		iv	70	90	95
	Mean		68	85	96
12	DINAMIC ® at 125 g	I	60	80	90
	Galago at 100 ml	ii	70	80	90
		iii	60	80	100
		iv	60	90	90
	Mean		63	83	93
13	DINAMIC ® at 125 g	I	80	100	100
	Galago at 150 ml	ii	80	100	100
		iii	70	90	100
		iv	80	95	100
	Mean		78	96	100
14	DINAMIC ® at 250 g	I	80	100	100
	Galago at 300 ml	ii	90	100	100
		iii	90	90	100
		iv	90	95	100
	Mean		88	96	100
ROTTE = Rottboelia exaltata;
IPOPU = Ipomoea purpurea;
AMAHY = Amaranthus hybridus

DINAMIC® 700WDG at 100 g/ha alone showed marginal control of Amaranthus hybridus, but the rest of the spectrum was insufficiently controlled by rates up to 300 g/ha. DINAMIC® 700WDG at 300 mL/ha controlled Ipomoea purpurea, but Rottboellia exaltata was still too tough to be controlled. Galago 480SC at 100 mL/ha showed marginal control of Ipomoea purpurea and Amaranthus hybridus, but could also not control Rottboellia exaltata. The combination (DINAMIC® at 75 g/ha+Galago at 100 mL/ha) resulted in marginal control of Amaranthus hybridus and Ipomoea purpurea. DINAMIC® at 250 g/ha+Galago at 300 mL/ha was the only treatment which could control Rottboellia exaltata with satisfactory results. There were no visual signs of phytotoxicity were noticed throughout the growing season. DINAMIC® at 300 g/ha can be used to control Amaranthus hybridus and Ipomoea purpurea. Galago at 200 mL/ha can be used to control Amaranthus hybridus and Ipomoea purpurea. DINAMIC® at 75 g/ha+Galago at 100 mL/ha can be used to control Amaranthus hybridus and Ipomoea purpurea. DINAMIC® at 250 g/ha+Galago at 300 mL/ha can be used to control Amaranthus hybridus, Ipomoea purpurea and Rottboellia exaltata.

B. Pre Emergence Application Against Weed in Maize

In this part of the Example the efficacy of DINAMIC® (amicarbazone 700WDG, 700 grams active/kg, available from Arysta LifeScience North America, Cary, N.C.) mixtures with Galago (mesotrione 480SC, 480 grams active/L, available from Arysta LifeScience North America, Cary, N.C.) as a pre emergence application against weeds in maize (variety PHI 32Y85) was determined.

Trials were conducted at a site with a history of weeds. The trials were executed under moderate weather conditions. Efficacy and visual phytotoxicity assessments were performed in triplicate. Normal practices were carried out to control insects and fungi. Crops were provided in 76 cm row width, at a sowing rate of 65,000 plants/ha, and at a sowing depth of five to eight cm. Soil class was clay with a clay content of about 35%. The site in this Example had been previously used for soya beans. Trial design was randomized blocks with a plot size of 20 m² replicated four times. Municipal water was used for all applications (pH=7.2).

Application of the treatments shown in Table 6-8 was conducted at pre emergence stage 1 day after planting seed. Application of the treatments was conducted over a 24 hour period. Over this time period, dry bulb temperature was about 26° C., wet bulb temperature was about 23° C., relative humidity was about 70%, cloud cover was about 50%, wind speed was about 0 m/s. Treatments were administered with a multi-spray gas sprayer with a 4× flat fan 03F80 nozzle. Spacing was 50 cm, with a height of 50 cm, pressure 2.8 Bar, at a ground speed of 1 m/s, and a calibration mean output of 330 L/ha. The soil temperature over the application period averaged to about 24° C. and the soil remained moist and fine.

TABLE 6-8
Treatments
			Dosage rate	Dosage rate
	No	Treatments	(gai/ha)	(g/ha or mL/ha)
		Untreated control	—	—
	1	DINAMIC ® 700WDG	52.5	75
	2	DINAMIC ® 700WDG	70	100
	3	DINAMIC ® 700WDG	87.5	125
	4	DINAMIC ® 700WDG	105	150
	5	DINAMIC ® 700WDG	210	300
	6	Galago 480SC	48	100
	7	Galago 480SC	96	200
	8	DINAMIC ® 700WDG +	52.5	75
		Galago 480SC	48	100
	9	DINAMIC ® 700WDG +	52.5	75
		Galago 480SC	72	150
	10	DINAMIC ® 700WDG +	70	100
		Galago 480SC	48	100
	11	DINAMIC ® 700WDG +	70	100
		Galago 480SC	72	150
	12	DINAMIC ® 700WDG +	87.5	125
		Galago 480SC	48	100
	13	DINAMIC ® 700WDG +	87.5	125
		Galago 480SC	72	150
	14	DINAMIC ® 700WDG +	175	250
		Galago 480SC	144	300

Assessments of the treated crops at 2, 4, and 6 weeks are summarized in Tables 6-9 to 6-11 below. No visual signs of phytotoxicity were noticed over the 6 weeks.

TABLE 6-9
2 Week Assessment
Crop condition        Actively growing
Crop stage            3-4 Leaves
BBCH scale            13
Soil moisture         Moist
Rain since last visit 0 mm

TABLE 6-10
4 Week Assessment
Crop condition        Actively growing
Crop stage            6 Leaves
BBCH scale            16
Soil moisture         Wet
Rain since last visit 18 mm

TABLE 6-11
6 Week Assessment
Crop condition        Actively growing
Crop stage            8 leaves
BBCH scale:           18
Soil moisture         Moist
Rain since last visit 12 mm

Control and weed cover at 2, 4, and 6 weeks for the indicated species are summarized below in Tables 6-12 through 6-14. 80% is considered acceptable control.

TABLE 6-12
% Control and weed cover (2 weeks after application)
	Treatments
	(product/ha)	Rep	DIGSA	POROL	AMAHY	COMBE
	Untreated control	I	30	20	30	20
	% soil cover	ii	40	10	20	30
		iii	40	20	30	10
		iv	30	20	30	20
	Mean		35	18	28	20
1	DINAMIC ® at	I	60	50	70	50
	75 g	ii	70	40	90	60
		iii	60	40	80	60
		iv	70	50	70	60
	Mean		65	45	78	58
2	DINAMIC ® at	I	70	50	70	50
	100 g	ii	70	40	70	50
		iii	70	50	80	60
		iv	70	50	80	60
	Mean		70	48	75	55
3	DINAMIC ® at	I	70	50	80	60
	125 g	ii	70	50	90	70
		iii	80	40	80	70
		iv	70	40	80	70
	Mean		73	45	83	68
4	DINAMIC ® at	I	80	60	100	70
	150 g	ii	90	70	100	80
		iii	80	80	95	80
		iv	80	60	100	80
	Mean		83	68	99	78
5	DINAMIC ® at	I	90	90	100	80
	300 g	ii	80	80	95	95
		iii	80	80	100	90
		iv	90	90	100	90
	Mean		84	77	99	89
6	Galago at 100 ml	I	70	70	80	70
		ii	70	70	70	80
		iii	60	60	80	70
		iv	70	70	90	80
	Mean		68	68	80	75
7	Galago at 200 ml	I	70	80	80	80
		ii	90	90	90	90
		iii	80	90	90	90
		iv	80	80	90	80
	Mean		80	85	88	85
8	DINAMIC ® at	I	70	60	70	70
	75 g	ii	80	70	90	90
	Galago at 100 ml	iii	80	70	90	80
		iv	70	60	80	80
	Mean		75	65	83	80
9	DINAMIC ® at	I	80	70	70	70
	75 g	ii	80	70	90	70
	Galago at 150 ml	iii	70	80	90	80
		iv	70	70	90	80
	Mean		75	73	85	75
10	DINAMIC ® at	I	70	70	80	80
	100 g	ii	80	80	90	90
	Galago at 100 ml	iii	80	70	95	80
		iv	80	70	90	80
	Mean		78	73	89	83
11	DINAMIC ® at	I	80	80	95	95
	100 g	ii	90	80	90	95
	Galago at 150 ml	iii	80	80	95	90
		iv	90	70	95	95
	Mean		85	78	94	94
12	DINAMIC ® at	I	80	70	90	90
	125 g	ii	80	80	90	80
	Galago at 100 ml	iii	80	70	98	90
		iv	80	70	95	95
	Mean		80	73	93	89
13	DINAMIC ® at	I	90	90	95	90
	125 g	ii	80	90	100	70
	Galago at 150 ml	iii	90	90	95	80
		iv	80	80	100	90
	Mean		85	88	98	83
14	DINAMIC ® at	I	90	100	100	100
	250 g	ii	100	100	100	100
	Galago at 300 ml	iii	95	100	100	100
		iv	95	100	100	100
	Mean		95	100	100	100
DIGSA = Digitaria sanguinalis; POROL = Portulaca oleracea; AMAHY = Amaranthus hybridus; COMBE = Commelina benghalensis

TABLE 6-13
% Control and weed cover (4 weeks after application)
	Treatments
	(product/ha)	Rep	DIGSA	POROL	AMAHY	COMBE
	Untreated control	I	30	20	30	20
	% soil cover	ii	40	10	20	30
		iii	40	20	30	10
		iv	30	20	30	20
	Mean		35	18	28	20
1	DINAMIC ® at	I	50	40	70	50
	75 g	ii	60	40	80	50
		iii	60	40	80	50
		iv	70	50	80	50
	Mean		60	43	78	50
2	DINAMIC ® at	I	70	40	70	50
	100 g	ii	60	40	70	50
		iii	60	50	80	60
		iv	70	40	80	60
	Mean		65	43	75	55
3	DINAMIC ® at	I	70	40	80	60
	125 g	ii	70	50	80	70
		iii	70	40	80	60
		iv	70	40	80	70
	Mean		70	43	80	65
4	DINAMIC ® at	I	80	60	100	70
	150 g	ii	80	60	98	70
		iii	70	80	90	70
		iv	80	50	100	80
	Mean		78	63	97	73
5	DINAMIC ® at	I	80	90	100	80
	300 g	ii	80	70	95	90
		iii	80	80	100	80
		iv	90	80	100	90
	Mean		80	72	98	79
6	Galago at 100 ml	I	70	70	80	70
		ii	60	70	70	70
		iii	60	60	70	70
		iv	60	70	80	80
	Mean		63	68	75	73
7	Galago at 200 ml	I	70	80	80	80
		ii	80	80	90	80
		iii	80	80	80	80
		iv	80	80	90	80
	Mean		78	80	85	80
8	DINAMIC ® at	I	70	60	70	70
	75 g	ii	70	60	90	80
	Galago at 100 ml	iii	70	70	80	80
		iv	70	60	70	70
	Mean		70	63	78	75
9	DINAMIC ® at	I	70	70	70	70
	75 g	ii	70	60	90	70
	Galago at 150 ml	iii	60	70	80	70
		iv	70	70	90	70
	Mean		68	68	83	70
10	DINAMIC ® at	I	70	70	80	80
	100 g	ii	80	70	80	80
	Galago at 100 ml	iii	70	70	90	70
		iv	80	70	90	80
	Mean		75	70	85	78
11	DINAMIC ® at	I	80	80	90	90
	100 g	ii	80	70	90	90
	Galago at 150 ml	iii	70	80	90	90
		iv	90	70	90	90
	Mean		80	75	90	90
12	DINAMIC ® at	I	70	70	90	80
	125 g	ii	80	70	90	80
	Galago at 100 ml	iii	80	70	95	90
		iv	70	70	90	90
	Mean		75	70	91	85
13	DINAMIC ® at	I	80	80	90	80
	125 g	ii	80	90	100	70
	Galago at 150 ml	iii	80	90	95	80
		iv	70	80	100	80
	Mean		78	85	96	78
14	DINAMIC ® at	I	90	100	100	100
	250 g	ii	98	100	100	100
	Galago at 300 ml	iii	90	100	100	100
		iv	95	100	100	100
	Mean		93	100	100	100
DIGSA = Digitaria sanguinalis; POROL = Portulaca oleracea; AMAHY = Amaranthus hybridus; COMBE = Commelina benghalensis

TABLE 6-14
% Control and weed cover (6 weeks after application)
	Treatments
	(product/ha)	Rep	DIGSA	POROL	AMAHY	COMBE
	Untreated control	I	20	30	30	20
	% soil cover	ii	30	20	20	30
		iii	30	30	30	10
		iv	20	20	40	20
	Mean		25	25	30	20
1	DINAMIC ® at	I	50	40	70	50
	75 g	ii	60	40	80	50
		iii	50	30	70	50
		iv	60	40	80	50
	Mean		55	38	75	50
2	DINAMIC ® at	I	60	40	70	50
	100 g	ii	60	40	70	50
		iii	60	40	80	50
		iv	60	40	80	60
	Mean		60	40	75	53
3	DINAMIC ® at	I	70	40	80	60
	125 g	ii	70	50	80	60
		iii	60	40	80	60
		iv	70	40	80	70
	Mean		68	43	80	63
4	DINAMIC ® at	I	70	60	95	70
	150 g	ii	70	50	95	60
		iii	70	70	90	70
		iv	80	50	100	70
	Mean		73	58	95	68
5	DINAMIC ® at	I	80	80	100	80
	300 g	ii	70	70	95	90
		iii	80	70	95	80
		iv	90	80	100	80
	Mean		77	66	96	75
6	Galago at 100 ml	I	70	70	70	70
		ii	60	70	70	70
		iii	60	60	70	70
		iv	50	60	80	70
	Mean		60	65	73	70
7	Galago at 200 ml	I	60	70	80	80
		ii	70	70	90	80
		iii	80	80	80	80
		iv	80	80	90	80
	Mean		73	75	85	80
8	DINAMIC ® at	I	70	60	70	70
	75 g	ii	70	50	80	70
	Galago at 100 ml	iii	60	60	70	70
		iv	60	60	70	70
	Mean		65	58	73	70
9	DINAMIC ® at	I	60	70	80	70
	75 g	ii	70	60	90	70
	Galago at 150 ml	iii	60	60	80	80
		iv	70	70	90	70
	Mean		65	65	85	73
10	DINAMIC ® at	I	70	70	80	80
	100 g	ii	70	60	80	70
	Galago at 100 ml	iii	70	70	80	70
		iv	80	70	80	80
	Mean		73	68	80	75
11	DINAMIC ® at	I	80	80	90	80
	100 g	ii	80	70	90	80
	Galago at 150 ml	iii	70	70	90	80
		iv	80	70	90	90
	Mean		78	73	90	83
12	DINAMIC ® at	I	70	70	90	80
	125 g	ii	80	70	95	80
	Galago at 100 ml	iii	80	60	95	80
		iv	70	70	90	80
	Mean		75	68	93	80
13	DINAMIC ® at	I	80	80	90	90
	125 g	ii	80	90	98	80
	Galago at 150 ml	iii	80	90	90	80
		iv	70	90	100	90
	Mean		78	88	95	85
14	DINAMIC ® at	I	90	100	100	100
	250 g	ii	95	100	100	100
	Galago at 300 ml	iii	90	100	100	100
		iv	90	100	100	100
	Mean		91	100	100	100
DIGSA = Digitaria sanguinalis; POROL = Portulaca oleracea; AMAHY = Amaranthus hybridus; COMBE = Commelina benghalensis

DINAMIC® 700WDG at 125 g/ha alone showed marginal control of Amaranthus hybridus, but the rest of the spectrum was insufficiently controlled by rates as high as 300 g/ha. Galago 480SC at 200 mL/ha controlled Amaranthus hybridus and showed marginal control of Commilina benghalensis. The combination (DINAMIC® at 75 g/ha+Galago at 150 mL/ha) resulted in satisfactory control of Amaranthus hybridus only. However, when the DINAMIC® rate of this combination was increased to 100 g/ha Commilina benghalensis was also controlled satisfactorily. Should the DINAMIC® rate of the combination be increased further to 125 g/ha, Portulaca oleracea was added to the controlled spectrum. Digitaria sanguinalis could be controlled by the high rate (DINAMIC® at 250 g/ha+Galago at 300 mL/ha). No visual signs of phytotoxicity were noticed throughout the growing season. DINAMIC® can be applied in combination with Galago to give the following control: DINAMIC® at 100 g/ha+Galago at 150 mL/ha to control Amaranthus hybridus and Commilina benghalensis. DINAMIC® at 125 g/ha+Galago at 150 mL/ha to control Amaranthus hybridus, Commilina Benghalensis and Portulaca oleracea. The higher dosage rate (DINAMIC® at 250 g/ha+Galago at 300 mL/ha can be used to control the entire spectrum.

C. Pre Emergence Application Against Weed in Maize

In this part of the Example the efficacy of DINAMIC® (amicarbazone 700WDG, 700 grams active/kg, available from Arysta LifeScience North America, Cary, N.C.) mixtures with Galago (mesotrione 480SC, 480 grams active/L, available from Arysta LifeScience North America, Cary, N.C.) as a pre emergence application against weeds in maize (variety PAN60-445B) was determined.

Trials were conducted at a site with a history of weeds. The trials were executed under moderate weather conditions. Efficacy and visual phytotoxicity assessments were performed in triplicate. Normal practices were carried out to control insects and fungi. Crops were provided in 76 cm row width, at a sowing rate of 65,000 plants/ha, and at a sowing depth of five to eight cm. Soil class was clay with a clay content of about 28%. The site in this Example had been previously used for soya beans. Trial design was randomized blocks with a plot size of 20 m² replicated four times. Municipal water was used for all applications (pH=7.2).

Application of the treatments shown in Table 6-15 was conducted at pre emergence stage 3 days after planting seed. Application of the treatments was conducted over a 24 hour period. Over this time period, dry bulb temperature was about 20° C., wet bulb temperature was about 16° C., relative humidity was about 65%, cloud cover was about 10%, wind speed was about 0 m/s. Treatments were administered with a multi-spray gas sprayer with a 4× flat fan 03F80 nozzle. Spacing was 50 cm, with a height of 50 cm, pressure 2.8 Bar, at a ground speed of 1 m/s, and a calibration mean output of 330 L/ha. The soil temperature over the application period averaged to about 20° C. and the soil remained moist and fine.

TABLE 6-15
Treatments
			Dosage rate	Dosage rate
	No	Treatments	(gai/ha)	(g/ha or mL/ha)
		Untreated control	—	—
	1	DINAMIC ® 700WDG	52.5	75
	2	DINAMIC ® 700WDG	70	100
	3	DINAMIC ® 700WDG	87.5	125
	4	DINAMIC ® 700WDG	105	150
	5	DINAMIC ® 700WDG	210	300
	6	Galago 480SC	48	100
	7	Galago 480SC	96	200
	8	DINAMIC ® 700WDG +	52.5	75
		Galago 480SC	48	100
	9	DINAMIC ® 700WDG +	52.5	75
		Galago 480SC	72	150
	10	DINAMIC ® 700WDG +	70	100
		Galago 480SC	48	100
	11	DINAMIC ® 700WDG +	70	100
		Galago 480SC	72	150
	12	DINAMIC ® 700WDG +	87.5	125
		Galago 480SC	48	100
	13	DINAMIC ® 700WDG +	87.5	125
		Galago 480SC	72	150
	14	DINAMIC ® 700WDG +	175	250
		Galago 480SC	144	300

Assessments of the treated crops at 2, 4, and 6 weeks are summarized in Tables 6-16 to 6-18 below. No visual signs of phytotoxicity were noticed over the 6 weeks.

TABLE 6-16
2 Week Assessment
Crop condition        Actively growing
Crop stage            3 Leaves
BBCH scale            13
Soil moisture         Moist
Rain since last visit 16 mm

TABLE 6-17
4 Week Assessment
Crop condition        Actively growing
Crop stage            5 Leaves
BBCH scale            15
Soil moisture         Wet
Rain since last visit 30 mm

TABLE 6-18
6 Week Assessment
Crop condition        Actively growing
Crop stage            8 leaves
BBCH scale:           18
Soil moisture         Moist
Rain since last visit 22 mm

Control and weed cover at 2, 4, and 6 weeks for the indicated species are summarized below in Tables 6-19 through 6-21. 80% is considered acceptable control.

TABLE 6-19
% Control and weed cover (2 weeks after application)
	Treatments
	(product/ha)	Rep	AMASP	ELEIN	IPOPU	COMBE
	Untreated control	I	30	20	30	20
	% soil cover	ii	40	10	20	30
		iii	40	20	30	10
		iv	30	20	30	20
	Mean		35	18	28	20
1	DINAMIC ®	I	70	70	60	70
	at 75 g	ii	70	70	60	60
		iii	70	70	60	60
		iv	70	60	50	70
	Mean		70	68	58	65
2	DINAMIC ®	I	70	70	70	70
	at 100 g	ii	70	70	60	70
		iii	70	70	60	70
		iv	70	70	60	70
	Mean		70	70	63	70
3	DINAMIC ®	I	80	70	70	70
	at 125 g	ii	70	80	60	70
		iii	80	80	70	70
		iv	70	70	60	70
	Mean		75	75	65	70
4	DINAMIC ®	I	80	80	70	80
	at 150 g	ii	80	70	70	70
		iii	80	70	60	80
		iv	80	70	70	70
	Mean		80	73	68	75
5	DINAMIC ®	I	90	80	90	80
	at 300 g	ii	80	80	80	80
		iii	80	90	90	80
		iv	90	90	90	80
	Mean		85	85	88	80
6	Galago at 100 ml	I	90	80	80	80
		ii	80	80	80	80
		iii	80	70	80	70
		iv	90	70	80	80
	Mean		85	75	80	78
7	Galago at 200 ml	I	100	90	95	90
		ii	100	90	95	90
		iii	100	95	98	90
		iv	100	95	98	90
	Mean		100	93	97	90
8	DINAMIC ®	I	80	80	70	80
	at 75 g	ii	80	80	70	70
	Galago at 100 ml	iii	80	80	70	70
		iv	80	70	60	80
	Mean		80	78	68	75
9	DINAMIC ®	I	80	80	80	80
	at 75 g	ii	80	80	70	80
	Galago at 150 ml	iii	80	80	70	80
		iv	80	80	70	80
	Mean		80	80	73	80
10	DINAMIC ®	I	90	80	80	80
	at 100 g	ii	80	90	70	80
	Galago at 100 ml	iii	90	90	80	80
		iv	80	80	70	80
	Mean		85	85	75	80
11	DINAMIC ®	I	95	90	80	90
	at 100 g	ii	95	80	80	80
	Galago at 150 ml	iii	95	80	70	90
		iv	90	80	80	90
	Mean		94	83	78	88
12	DINAMIC ®	I	100	95	100	95
	at 125 g	ii	95	95	98	90
	Galago at 100 ml	iii	95	100	100	90
		iv	100	100	100	90
	Mean		98	98	100	91
13	DINAMIC ®	I	100	90	95	90
	at 125 g	ii	95	90	90	90
	Galago at 150 ml	iii	95	80	90	80
		iv	100	80	95	90
	Mean		98	85	93	88
14	DINAMIC ®	I	100	100	100	100
	at 250 g	ii	100	100	100	95
	Galago at 300 ml	iii	100	100	98	95
		iv	100	100	95	90
	Mean		100	100	98	95
AMASP = Amaranthus spinosus;
COMBE = Commelina benghalensis;
IPOPU = Ipomoea purpurea;
ELEIN = Eleusine indica

TABLE 6-20
% Control and weed cover (4 weeks after application)
	Treatments
	(product/ha)	Rep	AMASP	ELEIN	IPOPU	COMBE
	Untreated control	I	30	20	30	20
	% soil cover	ii	40	10	20	30
		iii	40	20	30	10
		iv	30	20	30	20
	Mean		35	18	28	20
1	DINAMIC ®	I	60	60	50	60
	at 75 g	ii	70	60	60	60
		iii	60	70	60	50
		iv	70	60	50	70
	Mean		65	63	55	60
2	DINAMIC ®	I	60	60	60	70
	at 100 g	ii	60	70	50	60
		iii	60	60	60	70
		iv	70	60	60	60
	Mean		63	63	58	65
3	DINAMIC ®	I	70	70	70	60
	at 125 g	ii	70	80	60	70
		iii	70	70	60	70
		iv	60	70	60	60
	Mean		68	73	63	65
4	DINAMIC ®	I	80	70	60	70
	at 150 g	ii	80	70	70	70
		iii	80	60	60	80
		iv	80	70	60	70
	Mean		80	68	63	73
5	DINAMIC ®	I	90	80	90	80
	at 300 g	ii	80	80	80	80
		iii	80	90	90	70
		iv	90	90	90	80
	Mean		85	85	88	78
6	Galago at 100 ml	I	80	70	70	70
		ii	70	60	70	70
		iii	70	60	70	60
		iv	70	60	70	70
	Mean		73	63	70	68
7	Galago at 200 ml	I	90	80	80	80
		ii	90	80	80	80
		iii	90	90	90	80
		iv	90	80	90	80
	Mean		90	83	85	80
8	DINAMIC ®	I	70	70	60	70
	at 75 g	ii	70	70	60	70
	Galago at 100 ml	iii	70	70	70	70
		iv	80	70	60	80
	Mean		73	70	63	73
9	DINAMIC ®	I	70	70	70	80
	at 75 g	ii	70	80	70	70
	Galago at 150 ml	iii	80	80	60	70
		iv	70	70	70	80
	Mean		73	75	68	75
10	DINAMIC ®	I	80	70	70	70
	at 100 g	ii	80	80	70	80
	Galago at 100 ml	iii	80	80	70	80
		iv	80	80	70	80
	Mean		80	78	70	78
11	DINAMIC ®	I	90	80	70	80
	at 100 g	ii	90	80	80	70
	Galago at 150 ml	iii	95	70	70	80
		iv	90	80	70	90
	Mean		91	78	73	80
12	DINAMIC ®	I	100	90	100	90
	at 125 g	ii	90	95	95	90
	Galago at 100 ml	iii	95	100	100	90
		iv	100	100	100	90
	Mean		96	96	99	90
13	DINAMIC ®	I	100	80	90	90
	at 125 g	ii	95	90	90	80
	Galago at 150 ml	iii	90	80	90	80
		iv	100	80	90	90
	Mean		96	83	90	85
14	DINAMIC ®	I	100	100	100	100
	at 250 g	ii	100	100	100	95
	Galago at 300 ml	iii	100	100	95	90
		iv	100	100	95	90
	Mean		100	100	98	94
AMASP = Amaranthus spinosus;
COMBE = Commelina benghalensis;
IPOPU = Ipomoea purpurea;
ELEIN = Eleusine indica

TABLE 6-21
% Control and weed cover (6 weeks after application)
	Treatments
	(product/ha)	Rep	AMASP	ELEIN	IPOPU	COMBE
	Untreated	I	30	10	30	30
	control	ii	40	10	20	30
	% soil cover	iii	40	20	30	10
		iv	30	10	30	30
	Mean		35	13	28	25
1	DINAMIC ® at	I	50	60	50	50
	75 g	ii	60	60	60	60
		iii	60	60	50	50
		iv	60	50	50	60
	Mean		58	58	53	55
2	DINAMIC ® at	I	60	60	60	70
	100 g	ii	60	60	50	60
		iii	60	60	60	60
		iv	60	60	60	60
	Mean		60	60	58	63
3	DINAMIC ® at	I	60	60	70	60
	125 g	ii	70	70	60	70
		iii	60	70	50	60
		iv	60	70	60	60
	Mean		63	68	60	63
4	DINAMIC ® at	I	80	60	60	70
	150 g	ii	70	70	60	70
		iii	70	60	60	80
		iv	80	60	50	70
	Mean		75	63	58	73
5	DINAMIC ® at	I	80	70	80	70
	300 g	ii	80	80	80	80
		iii	80	80	90	70
		iv	90	90	80	80
	Mean		83	80	83	75
6	Galago at	I	70	60	70	70
	100 ml	ii	60	60	60	60
		iii	70	60	70	60
		iv	70	60	70	70
	Mean		68	60	68	65
7	Galago at	I	80	80	80	80
	200 ml	ii	90	80	80	80
		iii	80	90	80	90
		iv	90	80	90	80
	Mean		85	83	83	83
8	DINAMIC ® at	I	70	60	60	70
	75 g	ii	60	70	50	70
	Galago at	iii	60	70	60	60
	100 ml	iv	70	60	60	70
	Mean		65	65	58	68
9	DINAMIC ® at	I	60	70	70	70
	75 g	ii	70	70	60	70
	Galago at	iii	70	70	50	70
	150 ml	iv	60	60	70	80
	Mean		65	68	63	73
10	DINAMIC ® at	I	70	70	60	70
	100 g	ii	70	70	70	70
	Galago at	iii	80	80	70	80
	100 ml	iv	70	70	60	80
	Mean		73	73	65	75
11	DINAMIC ® at	I	80	70	70	80
	100 g	ii	90	80	70	70
	Galago at	iii	90	70	60	80
	150 ml	iv	90	80	70	80
	Mean		88	75	68	78
12	DINAMIC ® at	I	98	90	100	90
	125 g	ii	90	90	95	80
	Galago at	iii	90	100	98	90
	100 ml	iv	100	98	98	90
	Mean		95	95	98	88
13	DINAMIC ® at	I	98	80	90	90
	125 g	ii	95	90	95	80
	Galago at	iii	90	80	95	80
	150 ml	iv	98	90	90	90
	Mean		95	85	93	85
14	DINAMIC ® at	I	100	100	100	100
	250 g	ii	100	100	100	98
	Galago at	iii	100	100	95	90
	300 ml	iv	100	100	90	80
	Mean		100	100	96	92
AMASP = Amaranthus spinosus;
COMBE = Commelina benghalensis;
IPOPU = Ipomoea purpurea;
ELEIN = Eleusine indica

DINAMIC® 700WDG at 300 g/ha showed satisfactory control of Amaranthus spinosus, Eleusine indica and Ipomoea purpurea but could not control Commilina benghalensis. Galago 480SC at 200 mL/ha showed sufficient of the entire weed spectrum. The combinations at the higher dosage rates resulted in excellent control. DINAMIC® at 125 g/ha+Galago at 100 mL/ha showed good control over the entire weed spectrum. No visual signs of phytotoxicity were noticed throughout the growing season. DINAMIC® at 300 g/ha alone or Galago 480SC at 200 mL/ha can be used to control Amaranthus spinosus, Eleusine indica and Ipomoea purpurea. DINAMIC® at 125 g/ha+Galago at 100 mL/ha can be used to control Amaranthus spinosus, Eleusine indica, Ipomoea purpurea and Commilina benghalensis.

D. Pre Emergence Application Against Weed in Maize

In this part of the Example the efficacy of DINAMIC® (amicarbazone 700WDG, 700 grams active/kg, available from Arysta LifeScience North America, Cary, N.C.) mixtures with Galago (mesotrione 480SC, 480 grams active/L, available from Arysta LifeScience North America, Cary, N.C.) or TOLLA 840 S (available from Volanco Agroscience, Mt. Edgecombe, South Africa) as a pre emergence application against weeds in maize (variety PHI 2369W) was determined.

Trials were conducted at a site with a history of weeds. The trials were executed under moderate weather conditions. Efficacy and visual phytotoxicity assessments were performed in triplicate. Normal practices were carried out to control insects and fungi. Crops were provided in 55 cm row width, at a sowing rate of 65,000 plants/ha, and at a sowing depth of five to eight cm. Soil class was clay with a clay content of about 40%. The site in this Example had been previously used for maize. Trial design was randomized blocks with a plot size of 20 m² replicated four times. Municipal water was used for all applications (pH=7.2).

Application of the treatments shown in Table 6-22 was conducted at pre emergence stage 1 day after planting seed. Application of the treatments was conducted over a 24 hour period. Over this time period, dry bulb temperature was about 26° C., wet bulb temperature was about 16° C., relative humidity was about 65%-70%, cloud cover was about 100%, and wind speed was about 1 m/s out of the east. Treatments were administered with a multi-spray gas sprayer with a 4× flat fan 03F80 nozzle. Spacing was 50 cm, with a height of 50 cm, pressure 2.8 Bar, at a ground speed of 1 m/s, and a calibration mean output of 330 L/ha. The soil temperature over the application period averaged to about 28° C. and the soil remained moist and fine.

TABLE 6-22
Treatments
		Dosage	Dosage rate
		rate	(g/ha or
No	Treatments	(gai/ha)	mL/ha)
	Untreated control	—	—
1	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC	48	100
2	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC	72	150
3	DINAMIC ® 700WDG +	70	100
	Galago 480SC	48	100
4	DINAMIC ® 700WDG +	70	100
	Galago 480SC	72	150
5	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC	48	100
6	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC	72	150
7	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC +	48	100
	TOLLA 840S	840	1000
8	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC +	72	150
	TOLLA 840S	840	1000
9	DINAMIC ® 700WDG +	70	100
	Galago 480SC +	48	100
	TOLLA 840S	840	1000
10	DINAMIC ® 700WDG +	70	100
	Galago 480SC +	72	150
	TOLLA 840S	840	1000
11	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC +	48	100
	TOLLA 840S	840	1000
12	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC +	72	150
	TOLLA 840S	840	1000
13	DINAMIC ® 700WDG +	175	250
	Galago 480SC +	144	300
	TOLLA 840S	840	2000
14	CALLISTO ® 480SC +	124.8	260
	DUAL S GOLD ® 915EC	649.7	710

Assessments of the treated crops at 2, 4, and 6 weeks are summarized in Tables 6-23 to 6-25 below. No visual signs of phytotoxicity were noticed over the 6 weeks.

TABLE 6-23
2 Week Assessment
Crop condition        Actively growing
Crop stage            4 Leaves
BBCH scale            14
Soil moisture         Moist
Rain since last visit 28 mm

TABLE 6-24
4 Week Assessment
Crop condition        Actively growing
Crop stage            6 Leaves
BBCH scale            16
Soil moisture         Wet
Rain since last visit 6 mm

TABLE 6-25
6 Week Assessment
Crop condition        Actively growing
Crop stage            8 leaves
BBCH scale:           18
Soil moisture         Moist
Rain since last visit 23 mm

Control and weed cover at 2, 4, and 6 weeks for the indicated species are summarized below in Tables 6-26 through 6-28. 80% is considered acceptable control.

TABLE 6-26
% Control and weed cover (2 weeks after application)
	Treatments
	(product/ha)	Rep	ROTEX	IPOPU	AMAHY
	Untreated control	I	30	40	30
	% soil cover	ii	40	30	30
		iii	40	40	20
		iv	30	40	30
	Mean		35	38	28
1	DINAMIC ® at 75 g	I	60	80	80
	Galago at 100 ml	ii	60	70	80
		iii	60	80	70
		iv	60	80	70
	Mean		60	78	75
2	DINAMIC ® at 75 g	I	70	80	90
	Galago at 150 ml	ii	80	80	80
		iii	80	90	80
		iv	80	80	90
	Mean		78	83	85
3	DINAMIC ® at 100 g	I	50	80	80
	Galago at 100 ml	ii	60	90	80
		iii	70	80	80
		iv	70	80	80
	Mean		63	83	80
4	DINAMIC ® at 100 g	I	70	80	90
	Galago at 150 ml	ii	70	90	80
		iii	80	90	90
		iv	70	80	90
	Mean		73	85	88
5	DINAMIC ® at 125 g	I	70	90	95
	Galago at 100 ml	ii	70	80	95
		iii	60	90	100
		iv	70	90	90
	Mean		68	88	95
6	DINAMIC ® at 125 g	I	90	100	100
	Galago at 150 ml	ii	80	100	100
		iii	80	90	100
		iv	80	95	100
	Mean		83	96	100
7	DINAMIC ® at 75 g	I	80	90	95
	Galago at 100 ml	ii	80	90	95
	TOLLA at 1000 ml	iii	80	80	95
		iv	70	90	98
	Mean		78	88	96
8	DINAMIC ® at 75 g	I	80	90	100
	Galago at 150 ml	ii	80	90	100
	TOLLA at 1000 ml	iii	80	90	100
		iv	80	95	100
	Mean		80	91	100
9	DINAMIC ® at 100 g	I	100	90	95
	Galago at 100 ml	ii	80	95	100
	TOLLA at 1000 ml	iii	80	95	100
		iv	90	90	100
	Mean		85	94	100
10	DINAMIC ® at 100 g	I	90	95	100
	Galago at 150 ml	ii	90	95	100
	TOLLA at 1000 ml	iii	90	98	100
		iv	80	95	100
	Mean		88	96	100
11	DINAMIC ® at 125 g	I	80	98	100
	Galago at 100 ml	ii	90	95	100
	TOLLA at 1000 ml	iii	80	95	100
		iv	90	98	100
	Mean		85	97	100
12	DINAMIC ® at 125 g	I	90	100	100
	Galago at 150 ml	ii	90	95	100
	TOLLA at 1000 ml	iii	80	100	100
		iv	90	98	100
	Mean		88	98	100
13	DINAMIC ® at 250 g	I	95	100	100
	Galago at 300 ml	ii	100	100	100
	TOLLA at 2000 ml	iii	100	100	100
		iv	98	100	100
	Mean		98	100	100
14	Calisto at 260 ml	I	80	95	100
	DUAL S GOLD ®	ii	80	95	100
	at 710 ml	iii	80	100	100
		iv	70	95	100
	Mean		78	96	100
ROTTE = Rottboelia exaltata;
IPOPU = Ipomoea purpurea;
AMAHY = Amaranthus hybridus

TABLE 6-27
% Control and weed cover (4 weeks after application)
	Treatments
	(product/ha)	Rep	ROTEX	IPOPU	AMAHY
	Untreated control	I	30	40	30
	% soil cover	ii	40	30	30
		iii	40	40	20
		iv	30	40	30
	Mean		35	38	28
1	DINAMIC ® at 75 g	I	50	70	70
	Galago at 100 ml	ii	50	60	70
		iii	50	70	60
		iv	50	70	60
	Mean		50	68	65
2	DINAMIC ® at 75 g	I	70	70	80
	Galago at 150 ml	ii	70	70	70
		iii	80	80	70
		iv	70	70	80
	Mean		73	73	75
3	DINAMIC ® at 100 g	I	50	70	70
	Galago at 100 ml	ii	60	80	70
		iii	60	70	70
		iv	60	70	70
	Mean		58	73	70
4	DINAMIC ® at 100 g	I	60	70	80
	Galago at 150 ml	ii	70	80	70
		iii	70	80	80
		iv	70	70	80
	Mean		68	75	78
5	DINAMIC ® at 125 g	I	70	80	90
	Galago at 100 ml	ii	60	80	90
		iii	60	90	100
		iv	70	90	90
	Mean		65	85	93
6	DINAMIC ® at 125 g	I	90	100	100
	Galago at 150 ml	ii	70	98	100
		iii	70	90	100
		iv	80	95	100
	Mean		78	96	100
7	DINAMIC ® at 75 g	I	80	90	95
	Galago at 100 ml	ii	70	80	90
	TOLLA at 1000 ml	iii	80	80	95
		iv	60	80	98
	Mean		73	83	95
8	DINAMIC ® at 75 g	I	70	90	100
	Galago at 150 ml	ii	80	90	100
	TOLLA at 1000 ml	iii	80	90	100
		iv	70	90	100
	Mean		75	90	100
9	DINAMIC ® at 100 g	I	100	80	90
	Galago at 100 ml	ii	80	90	100
	TOLLA at 1000 ml	iii	80	90	100
		iv	80	90	100
	Mean		80	90	100
10	DINAMIC ® at 100 g	I	90	90	100
	Galago at 150 ml	ii	80	90	100
	TOLLA at 1000 ml	iii	90	95	100
		iv	80	95	100
	Mean		85	93	100
11	DINAMIC ® at 125 g	I	80	95	100
	Galago at 100 ml	ii	80	90	100
	TOLLA at 1000 ml	iii	70	90	100
		iv	90	95	100
	Mean		80	93	100
12	DINAMIC ® at 125 g	I	90	98	100
	Galago at 150 ml	ii	80	95	100
	TOLLA at 1000 ml	iii	80	98	100
		iv	90	98	100
	Mean		85	97	100
13	DINAMIC ® at 250 g	I	95	100	100
	Galago at 300 ml	ii	98	100	100
	TOLLA at 2000 ml	iii	100	100	100
		iv	95	100	100
	Mean		97	100	100
14	Calisto at 260 ml	I	80	95	100
	DUAL S GOLD ®	ii	70	90	100
	at 710 ml	iii	80	98	100
		iv	70	95	100
	Mean		75	95	100
ROTTE = Rottboelia exaltata;
IPOPU = Ipomoea purpurea;
AMAHY = Amaranthus hybridus

TABLE 6-28
% Control and weed cover (6 weeks after application)
	Treatments
	(product/ha)	Rep	ROTEX	IPOPU	AMAHY
	Untreated control	I	30	40	30
	% soil cover	ii	40	30	30
		iii	40	40	20
		iv	30	40	30
	Mean		35	38	28
1	DINAMIC ® at 75 g	I	50	70	60
	Galago at 100 ml	ii	50	60	70
		iii	50	60	60
		iv	50	70	60
	Mean		50	65	63
2	DINAMIC ® at 75 g	I	70	70	80
	Galago at 150 ml	ii	70	70	70
		iii	70	80	70
		iv	70	70	80
	Mean		70	73	75
3	DINAMIC ® at 100 g	I	50	70	80
	Galago at 100 ml	ii	50	70	70
		iii	50	70	70
		iv	60	70	80
	Mean		53	70	75
4	DINAMIC ® at 100 g	I	60	70	80
	Galago at 150 ml	ii	60	80	70
		iii	60	70	80
		iv	70	70	70
	Mean		63	73	75
5	DINAMIC ® at 125 g	I	60	70	90
	Galago at 100 ml	ii	60	80	90
		iii	60	90	100
		iv	60	80	90
	Mean		60	80	93
6	DINAMIC ® at 125 g	I	80	100	100
	Galago at 150 ml	ii	70	95	100
		iii	70	90	100
		iv	80	95	100
	Mean		75	95	100
7	DINAMIC ® at 75 g	I	80	80	90
	Galago at 100 ml	ii	70	80	90
	TOLLA at 1000 ml	iii	70	80	95
		iv	60	80	98
	Mean		70	80	93
8	DINAMIC ® at 75 g	I	70	90	100
	Galago at 150 ml	ii	70	90	100
	TOLLA at 1000 ml	iii	80	90	100
		iv	70	80	100
	Mean		73	88	100
9	DINAMIC ® at 100 g	I	100	70	90
	Galago at 100 ml	ii	80	80	100
	TOLLA at 1000 ml	iii	80	80	100
		iv	70	90	100
	Mean		75	85	100
10	DINAMIC ® at 100 g	I	80	90	100
	Galago at 150 ml	ii	80	90	100
	TOLLA at 1000 ml	iii	90	95	100
		iv	80	90	100
	Mean		83	91	100
11	DINAMIC ® at 125 g	I	70	95	100
	Galago at 100 ml	ii	80	90	100
	TOLLA at 1000 ml	iii	70	90	100
		iv	80	90	100
	Mean		75	91	100
12	DINAMIC ® at 125 g	I	90	95	100
	Galago at 150 ml	ii	80	95	100
	TOLLA at 1000 ml	iii	80	95	100
		iv	80	98	100
	Mean		83	96	100
13	DINAMIC ® at 250 g	I	95	100	100
	Galago at 300 ml	ii	95	100	100
	TOLLA at 2000 ml	iii	100	100	100
		iv	95	100	100
	Mean		96	100	100
14	Calisto at 260 ml	I	80	90	100
	DUAL S GOLD ®	ii	70	90	100
	at 710 ml	iii	80	95	100
		iv	70	95	100
	Mean		75	93	100
ROTTE = Rottboelia exaltata;
IPOPU = Ipomoea purpurea;
AMAHY = Amaranthus hybridus

DINAMIC® 700WDG at 125 g/ha+Galago 480SC at 100 mL/ha showed satisfactory control of Amaranthus hybridus and marginal control of Ipomoea purpurea but Rottboellia exaltata was insufficiently controlled even by the higher rate of Galago 480SC (150 mL/ha). The higher rate of this combination (DINAMIC® 700WDG at 125 g/ha+Galago 480SC at 150 mL/ha) performed on par with the standard CALLISTO® at 260 mL/ha+DUAL S GOLD® at 710 mL/ha. The addition of TOLLA showed a significant improvement to efficacy of the DINAMIC®+Galago mixture. DINAMIC® 700WDG at 75 g/ha+Galago 480SC at 100 mL/ha+TOLLA 840S at 1000 mL/ha resulted in satisfactory control of Amaranthus hybridus and marginal control of Ipomoea purpurea. DINAMIC® 700WDG at 100 g/ha+Galago 480SC at 150 mL/ha+TOLLA 840S at 1000 mL/ha compared with the standard CALLISTO® at 260 mL/ha+DUAL S GOLD® at 710 mL/ha. DINAMIC® 700WDG at 125 g/ha+Galago 480SC at 150 mL/ha+TOLLA 840S at 1000 mL/ha resulted in satisfactory control of Rottboellia exaltata which could not be achieved by the standard CALLISTO® at 260 mL/ha+DUAL S GOLD® at 710 mL/ha. DINAMIC® 700WDG at 125 g/ha+Galago 480SC at 150 mL/ha can be used to control Amaranthus hybridus and Ipomoea purpurea. DINAMIC® 700WDG at 75 g/ha+Galago 480SC at 150 mL/ha+TOLLA 840S at 1000 mL/ha can be used to control Amaranthus hybridus and Ipomoea purpurea. To control Rottboellia exaltata DINAMIC® 700WDG at 125 g/ha+Galago 480SC at 150 mL/ha+TOLLA 840S at 1000 mL/ha can be used.

E. Pre Emergence Application Against Weed in Maize

In this part of the Example the efficacy of DINAMIC® (amicarbazone 700WDG, 700 grams active/kg, available from Arysta LifeScience North America, Cary, N.C.) mixtures with Galago (mesotrione 480SC, 480 grams active/L, available from Arysta LifeScience North America, Cary, N.C.) or TOLLA 840 S (available from Volanco Agroscience, Mt. Edgecombe, South Africa) as a pre emergence application against weeds in maize (variety PHI 32Y85) was determined. A comparison with CALLISTO® 480SC plus DUAL S GOLD® 915EC (both available from Syngenta, Greensboro, N.C.) was performed.

Trials were conducted at a site with a history of weeds. The trials were executed under moderate weather conditions. Efficacy and visual phytotoxicity assessments were performed in triplicate. Normal practices were carried out to control insects and fungi. Crops were provided in 76 cm row width, at a sowing rate of 65,000 plants/ha, and at a sowing depth of five to eight cm. Soil class was clay with a clay content of about 35%. The site in this Example had been previously used for soya beans. Trial design was randomized blocks with a plot size of 20 m² replicated four times. Municipal water was used for all applications (pH=7.2).

Application of the treatments shown in Table 6-29 was conducted at pre emergence stage 1 day after planting seed. Application of the treatments was conducted over a 24 hour period. Over this time period, dry bulb temperature was about 26° C., wet bulb temperature was about 23° C., relative humidity was about 70%, cloud cover was about 50%, and wind speed was about 0 m/s. Treatments were administered with a multi-spray gas sprayer with a 4× flat fan 03F80 nozzle. Spacing was 50 cm, with a height of 50 cm, pressure 2.8 Bar, at a ground speed of 1 m/s, and a calibration mean output of 330 L/ha. The soil temperature over the application period averaged to about 24° C. and the soil remained moist and fine.

TABLE 6-29
Treatments
			Dosage	Dosage rate
			rate	(g/ha or
	No	Treatments	(gai/ha)	mL/ha)
		Untreated control	—	—
	1	DINAMIC ® 700WDG +	52.5	75
		Galago 480SC	48	100
	2	DINAMIC ® 700WDG +	52.5	75
		Galago 480SC	72	150
	3	DINAMIC ® 700WDG +	70	100
		Galago 480SC	48	100
	4	DINAMIC ® 700WDG +	70	100
		Galago 480SC	72	150
	5	DINAMIC ® 700WDG +	87.5	125
		Galago 480SC	48	100
	6	DINAMIC ® 700WDG +	87.5	125
		Galago 480SC	72	150
	7	DINAMIC ® 700WDG +	52.5	75
		Galago 480SC +	48	100
		TOLLA 840S	840	1000
	8	DINAMIC ® 700WDG +	52.5	75
		Galago 480SC +	72	150
		TOLLA 840S	840	1000
	9	DINAMIC ® 700WDG +	70	100
		Galago 480SC +	48	100
		TOLLA 840S	840	1000
	10	DINAMIC ® 700WDG +	70	100
		Galago 480SC +	72	150
		TOLLA 840S	840	1000
	11	DINAMIC ® 700WDG +	87.5	125
		Galago 480SC +	48	100
		TOLLA 840S	840	1000
	12	DINAMIC ® 700WDG +	87.5	125
		Galago 480SC +	72	150
		TOLLA 840S	840	1000
	13	DINAMIC ® 700WDG +	175	250
		Galago 480SC +	144	300
		TOLLA 840S	840	2000
	14	CALLISTO ® 480SC +	124.8	260
		DUAL S GOLD ® 915EC	649.7	710

Assessments of the treated crops at 2, 4, and 6 weeks are summarized in Tables 6-23 to 6-25 below. No visual signs of phytotoxicity were noticed over the 6 weeks.

TABLE 6-30
2 Week Assessment
Crop condition        Actively growing
Crop stage            3-4 Leaves
BBCH scale            13
Soil moisture         Moist
Rain since last visit 0 mm

TABLE 6-31
4 Week Assessment
Crop condition        Actively growing
Crop stage            6 Leaves
BBCH scale            16
Soil moisture         Wet
Rain since last visit 18 mm

TABLE 6-32
6 Week Assessment
Crop condition        Actively growing
Crop stage            8 leaves
BBCH scale:           18
Soil moisture         Moist
Rain since last visit 12 mm

Control and weed cover at 2, 4, and 6 weeks for the indicated species are summarized below in Tables 6-33 through 6-35. 80% is considered acceptable control.

TABLE 6-33
% Control and weed cover (2 weeks after application)
	Treatments
	(product/ha)	Rep	DIGSA	POROL	AMAHY	COMBE
	Untreated control	I	30	20	30	20
	% soil cover	ii	40	10	20	30
		iii	40	20	30	10
		iv	30	20	30	20
	Mean		35	18	28	20
1	DINAMIC ® at 75 g	I	70	60	70	70
	Galago at 100 ml	ii	80	70	90	90
		iii	80	70	90	80
		iv	70	60	80	80
	Mean		75	65	83	80
2	DINAMIC ® at 75 g	I	80	70	70	70
	Galago at 150 ml	ii	80	70	90	70
		iii	70	80	90	80
		iv	70	70	90	80
	Mean		75	73	85	75
3	DINAMIC ® at 100 g	I	70	70	80	80
	Galago at 100 ml	ii	80	80	90	90
		iii	80	70	95	80
		iv	80	70	90	80
	Mean		78	73	89	83
4	DINAMIC ® at 100 g	I	80	80	95	95
	Galago at 150 ml	ii	90	80	90	95
		iii	80	80	95	90
		iv	90	70	95	95
	Mean		85	78	94	94
5	DINAMIC ® at 125 g	I	80	70	90	90
	Galago at 100 ml	ii	80	80	90	80
		iii	80	70	98	90
		iv	80	70	95	95
	Mean		80	73	93	89
6	DINAMIC ® at 125 g	I	90	90	95	90
	Galago at 150 ml	ii	80	90	100	70
		iii	90	90	95	80
		iv	80	80	100	90
	Mean		85	88	98	83
7	DINAMIC ® at 75 g	I	95	70	95	80
	Galago at 100 ml	ii	90	70	90	90
	TOLLA at 1000 ml	iii	90	70	90	95
		iv	90	70	95	90
	Mean		91	70	93	89
8	DINAMIC ® at 75 g	I	100	70	80	98
	Galago at 150 ml	ii	95	80	95	90
	TOLLA at 1000 ml	iii	95	70	90	95
		iv	100	80	90	90
	Mean		98	75	89	93
9	DINAMIC ® at 100 g	I	95	90	90	95
	Galago at 100 ml	ii	95	80	90	95
	TOLLA at 1000 ml	iii	100	90	100	90
		iv	100	90	90	100
	Mean		98	88	93	95
10	DINAMIC ® at 100 g	I	100	100	90	80
	Galago at 150 ml	ii	98	100	100	95
	TOLLA at 1000 ml	iii	100	100	100	90
		iv	95	100	95	95
	Mean		98	100	96	90
11	DINAMIC ® at 125 g	I	100	100	90	95
	Galago at 100 ml	ii	100	100	100	98
	TOLLA at 1000 ml	iii	95	100	95	90
		iv	98	100	100	100
	Mean		98	100	96	96
12	DINAMIC ® at 125 g	I	100	100	90	80
	Galago at 150 ml	ii	100	100	100	90
	TOLLA at 1000 ml	iii	100	100	100	90
		iv	100	100	100	90
	Mean		100	100	98	88
13	DINAMIC ® at 250 g	I	100	100	100	90
	Galago at 300 ml	ii	100	100	100	100
	TOLLA at 2000 ml	iii	100	100	90	100
		iv	100	100	100	100
	Mean		100	100	98	98
14	Calisto at 260 ml	I	100	90	90	90
	DUAL S GOLD ®	ii	100	90	95	95
	at 710 ml	iii	100	80	100	90
		iv	100	90	100	95
	Mean		100	88	96	93
DIGSA = Digitaria sanguinalis;
POROL = Portulaca oleracea;
AMAHY = Amaranthus hybridus;
COMBE = Commelina benghalensis

TABLE 6-34
% Control and weed cover (4 weeks after application)
	Treatments
	(product/ha)	Rep	DIGSA	POROL	AMAHY	COMBE
	Untreated control	I	30	20	30	20
	% soil cover	ii	40	10	20	30
		iii	40	20	30	10
		iv	30	20	30	20
	Mean		35	18	28	20
1	DINAMIC ® at 75 g	I	70	70	60	70
	Galago at 100 ml	ii	70	70	60	70
		iii	70	70	70	70
		iv	80	70	60	80
	Mean		73	70	63	73
2	DINAMIC ® at 75 g	I	70	70	70	80
	Galago at 150 ml	ii	70	80	70	70
		iii	80	80	60	70
		iv	70	70	70	80
	Mean		73	75	68	75
3	DINAMIC ® at 100 g	I	80	70	70	70
	Galago at 100 ml	ii	80	80	70	80
		iii	80	80	70	80
		iv	80	80	70	80
	Mean		80	78	70	78
4	DINAMIC ® at 100 g	I	90	80	70	80
	Galago at 150 ml	ii	90	80	80	70
		iii	95	70	70	80
		iv	90	80	70	90
	Mean		91	78	73	80
5	DINAMIC ® at 125 g	I	100	90	100	90
	Galago at 100 ml	ii	90	95	95	90
		iii	95	100	100	90
		iv	100	100	100	90
	Mean		96	96	99	90
6	DINAMIC ® at 125 g	I	100	80	90	90
	Galago at 150 ml	ii	95	90	90	80
		iii	90	80	90	80
		iv	100	80	90	90
	Mean		96	83	90	85
7	DINAMIC ® at 75 g	I	100	100	80	95
	Galago at 100 ml	ii	100	100	70	95
	TOLLA at 1000 ml	iii	100	100	80	98
		iv	100	100	80	95
	Mean		100	100	78	96
8	DINAMIC ® at 75 g	I	100	100	80	100
	Galago al 150 ml	ii	98	100	80	98
	TOLLA at 1000 ml	iii	100	100	80	100
		iv	100	100	80	98
	Mean		100	100	80	99
9	DINAMIC ® at 100 g	I	100	100	95	98
	Galago at 100 ml	ii	100	100	80	98
	TOLLA at 1000 ml	iii	100	100	90	95
		iv	100	100	80	100
	Mean		100	100	86	98
10	DINAMIC ® at 100 g	I	100	100	80	95
	Galago at 150 ml	ii	98	100	90	98
	TOLLA at 1000 ml	iii	100	100	80	98
		iv	100	100	80	100
	Mean		100	100	83	98
11	DINAMIC ® at 125 g	I	100	100	98	100
	Galago at 100 ml	ii	100	100	100	100
	TOLLA at 1000 ml	iii	100	100	95	100
		iv	100	100	100	100
	Mean		100	100	98	100
12	DINAMIC ® at 125 g	I	100	100	98	100
	Galago at 150 ml	ii	100	100	100	100
	TOLLA at 1000 ml	iii	100	100	100	100
		iv	100	100	100	100
	Mean		100	100	100	100
13	DINAMIC ® at 250 g	I	100	100	100	100
	Galago at 300 ml	ii	100	100	100	100
	TOLLA at 2000 ml	iii	100	100	100	100
		iv	100	100	100	100
	Mean		100	100	100	100
14	Calisto at 260 ml	I	100	100	100	100
	DUAL S GOLD ®	ii	100	100	100	100
	at 710 ml	iii	100	100	95	100
		iv	100	100	90	100
	Mean		100	100	96	100
DIGSA = Digitaria sanguinalis;
POROL = Portulaca oleracea;
AMAHY = Amaranthus hybridus;
COMBE = Commelina benghalensis

TABLE 6-35
% Control and weed cover (6 weeks after application)
	Treatments
	(product/ha)	Rep	DIGSA	POROL	AMAHY	COMBE
	Untreated control	I	30	20	30	20
	% soil cover	ii	40	10	20	30
		iii	40	20	30	10
		iv	30	20	30	20
	Mean		35	18	28	20
1	DINAMIC ® at 75 g	I	70	60	60	70
	Galago at 100 ml	ii	60	70	50	70
		iii	60	70	60	60
		iv	70	60	60	70
	Mean		65	65	58	68
2	DINAMIC ® at 75 g	I	60	70	70	70
	Galago at 150 ml	ii	70	70	60	70
		iii	70	70	50	70
		iv	60	60	70	80
	Mean		65	68	63	73
3	DINAMIC ® at 100 g	I	70	70	60	70
	Galago at 100 ml	ii	70	70	70	70
		iii	80	80	70	80
		iv	70	70	60	80
	Mean		73	73	65	75
4	DINAMIC ® at 100 g	I	80	70	70	80
	Galago at 150 ml	ii	90	80	70	70
		iii	90	70	60	80
		iv	90	80	70	80
	Mean		88	75	68	78
5	DINAMIC ® at 125 g	I	98	90	100	90
	Galago at 100 ml	ii	90	90	95	80
		iii	90	100	98	90
		iv	100	98	98	90
	Mean		95	95	98	88
6	DINAMIC ® at 125 g	I	98	80	90	90
	Galago at 150 ml	ii	95	90	95	80
		iii	90	80	95	80
		iv	98	90	90	90
	Mean		95	85	93	85
7	DINAMIC ® at 75 g	I	100	100	70	95
	Galago at 100 ml	ii	100	100	60	90
	TOLLA at 1000 ml	iii	100	100	70	95
		iv	100	100	70	95
	Mean		100	100	68	94
8	DINAMIC ® at 75 g	I	100	100	70	100
	Galago at 150 ml	ii	100	100	80	100
	TOLLA at 1000 ml	iii	100	100	70	100
		iv	100	100	70	98
	Mean		100	100	73	100
9	DINAMIC ® at 100 g	I	100	100	90	100
	Galago at 100 ml	ii	100	100	80	100
	TOLLA at 1000 ml	iii	100	100	80	98
		iv	100	100	80	100
	Mean		100	100	83	100
10	DINAMIC ® at 100 g	I	100	100	80	98
	Galago at 150 ml	ii	98	100	90	100
	TOLLA at 1000 ml	iii	100	100	90	100
		iv	100	100	80	100
	Mean		100	100	85	100
11	DINAMIC ® at 125 g	I	100	100	100	100
	Galago at 100 ml	ii	100	100	100	100
	TOLLA at 1000 ml	iii	100	100	98	100
		iv	100	100	100	100
	Mean		100	100	100	100
12	DINAMIC ® at 125 g	I	100	100	100	100
	Galago at 150 ml	ii	100	100	100	100
	TOLLA at 1000 ml	iii	100	100	100	100
		iv	100	100	100	100
	Mean		100	100	100	100
13	DINAMIC ® at 250 g	I	100	100	100	100
	Galago at 300 ml	ii	100	100	100	100
	TOLLA at 2000 ml	iii	100	100	100	100
		iv	100	100	100	100
	Mean		100	100	100	100
14	Calisto at 260 ml	I	100	100	100	100
	DUAL S GOLD ®	ii	100	100	100	100
	at 710 ml	iii	100	100	95	100
		iv	100	100	95	100
	Mean		100	100	98	100
DIGSA = Digitaria sanguinalis;
POROL = Portulaca oleracea;
AMAHY = Amaranthus hybridus;
COMBE = Commelina benghalensis

DINAMIC® 700WDG at 125 g/ha+Galago 480SC at 100 mL/ha showed satisfactory control of Digitaria sanguinalis, Portulaca oleracea, Amaranthus hybridus and Commilina benghalensis. This combination compared favorably with the standard CALLISTO® at 260 mL/ha+DUAL S GOLD® at 710 mL/ha. The addition of TOLLA improved the efficacy of the DINAMIC®+Galago mixture. DINAMIC® 700WDG at 100 g/ha+Galago 480SC at 100 mL/ha+TOLLA 840S at 1000 mL/ha resulted in 100% control of Digitaria sanguinalis, Portulaca oleracea and Commilina benghalensis, and satisfactory control of Amaranthus hybridus. This combination compared favorably with the standard CALLISTO® at 260 mL/ha+DUAL S GOLD® at 710 mL/ha. No visual signs of phytotoxicity were noticed throughout the growing season. DINAMIC® 700WDG at 125 g/ha+Galago 480SC at 100 mL/ha can be used to control Digitaria sanguinalis, Portulaca oleracea, Amaranthus hybridus and Commilina benghalensis. DINAMIC® 700WDG at 100 g/ha+Galago 480SC at 100 mL/ha+TOLLA 840S at 1000 mL/ha can be used to control Digitaria sanguinalis, Portulaca oleracea, Amaranthus hybridus and Commilina benghalensis.

F. Pre Emergence Application Against Weed in Maize

In this part of the Example the efficacy of DINAMIC® (amicarbazone 700WDG, 700 grams active/kg, available from Arysta LifeScience North America, Cary, N.C.) mixtures with Galago (mesotrione 480SC, 480 grams active/L, available from Arysta LifeScience North America, Cary, N.C.) or TOLLA 840 S (available from Volanco Agroscience, Mt. Edgecombe, South Africa) as a pre emergence application against weeds in maize (variety PAN60-445B) was determined. A comparison with CALLISTO® 480SC plus DUAL S GOLD® 915EC (both available from Syngenta, Greensboro, N.C.) was performed.

Trials were conducted at a site with a history of weeds. The trials were executed under moderate weather conditions. Efficacy and visual phytotoxicity assessments were performed in triplicate. Normal practices were carried out to control insects and fungi. Crops were provided in 76 cm row width, at a sowing rate of 65,000 plants/ha, and at a sowing depth of five to eight cm. Soil class was clay with a clay content of about 28%. The site in this Example had been previously used for soya beans. Trial design was randomized blocks with a plot size of 20 m² replicated four times. Municipal water was used for all applications (pH=7.2).

Application of the treatments shown in Table 6-29 was conducted at pre emergence stage 3 days after planting seed. Application of the treatments was conducted over a 24 hour period. Over this time period, dry bulb temperature was about 22° C., wet bulb temperature was about 18° C., relative humidity was about 65%, cloud cover was about 30%, and wind speed was about 0 m/s. Treatments were administered with a multi-spray gas sprayer with a 4× flat fan 03F80 nozzle. Spacing was 50 cm, with a height of 50 cm, pressure 2.8 Bar, at a ground speed of 1 m/s, and a calibration mean output of 330 L/ha. The soil temperature over the application period averaged to about 22° C. and the soil remained moist and fine.

TABLE 6-36
Treatments
		Dosage	Dosage rate
		rate	(g/ha or
No	Treatments	(gai/ha)	mL/ha)
	Untreated control	—	—
1	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC	48	100
2	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC	72	150
3	DINAMIC ® 700WDG +	70	100
	Galago 480SC	48	100
4	DINAMIC ® 700WDG +	70	100
	Galago 480SC	72	150
5	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC	48	100
6	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC	72	150
7	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC +	48	100
	TOLLA 840S	840	1000
8	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC +	72	150
	TOLLA 840S	840	1000
9	DINAMIC ® 700WDG +	70	100
	Galago 480SC +	48	100
	TOLLA 840S	840	1000
10	DINAMIC ® 700WDG +	70	100
	Galago 480SC +	72	150
	TOLLA 840S	840	1000
11	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC +	48	100
	TOLLA 840S	840	1000
12	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC +	72	150
	TOLLA 840S	840	1000
13	DINAMIC ® 700WDG +	175	250
	Galago 480SC +	144	300
	TOLLA 840S	840	2000
14	CALLISTO ® 480SC +	124.8	260
	DUAL S GOLD ® 915EC	649.7	710

Assessments of the treated crops at 2, 4, and 6 weeks are summarized in Tables 6-37 to 6-39 below. No visual signs of phytotoxicity were noticed over the 6 weeks.

TABLE 6-37
2 Week Assessment
Crop condition        Actively growing
Crop stage            3 Leaves
BBCH scale            13
Soil moisture         Moist
Rain since last visit 16 mm

TABLE 6-38
4 Week Assessment
Crop condition        Actively growing
Crop stage            5 Leaves
BBCH scale            15
Soil moisture         Wet
Rain since last visit 30 mm

TABLE 6-39
6 Week Assessment
Crop condition        Actively growing
Crop stage            8 leaves
BBCH scale:           18
Soil moisture         Moist
Rain since last visit 22 mm

Control and weed cover at 2, 4, and 6 weeks for the indicated species are summarized below in Tables 6-40 through 6-42. 80% is considered acceptable control.

TABLE 6-40
% Control and weed cover (2 weeks after application)
Treatments
(product/ha)	Rep	AMASP	ELEIN	IPOPU	COMBE
Untreated control	I	30	20	30	20
% soil cover	ii	40	10	20	30
	iii	40	20	30	10
	iv	30	20	30	20
Mean		35	18	28	20
DINAMIC ® at 75 g	I	80	80	70	80
Galago at 100 ml	ii	80	80	70	70
	iii	80	80	70	70
	iv	80	70	60	80
Mean		80	78	68	75
DINAMIC ® at 75 g	I	80	80	80	80
Galago at 150 ml	ii	80	80	70	80
	iii	80	80	70	80
	iv	80	80	70	80
Mean		80	80	73	80
DINAMIC ® at 100 g	I	90	80	80	80
Galago at 100 ml	ii	80	90	70	80
	iii	90	90	80	80
	iv	80	80	70	80
Mean		85	85	75	80
DINAMIC ® at 100 g	I	95	90	80	90
Galago at 150 ml	ii	95	80	80	80
	iii	95	80	70	90
	iv	90	80	80	90
Mean		94	83	78	88
DINAMIC ® at 125 g	I	100	95	100	95
Galago at 100 ml	ii	95	95	98	90
	iii	95	100	100	90
	iv	100	100	100	90
Mean		98	98	100	91
DINAMIC ® at 125 g	I	100	90	95	90
Galago at 150 ml	ii	95	90	90	90
	iii	95	80	90	80
	iv	100	80	95	90
Mean		98	85	93	88
DINAMIC ® at 75 g	I	100	100	90	95
Galago at 100 ml	ii	100	100	80	95
TOLLA at 1000 ml	iii	100	98	80	100
	iv	100	100	90	95
Mean		100	100	85	96
DINAMIC ® at 75 g	I	100	100	90	100
Galago at 150 ml	ii	98	100	90	98
TOLLA at 1000 ml	iii	100	100	90	98
	iv	100	100	90	98
Mean		100	100	90	99
DINAMIC ® at 100 g	I	100	100	100	95
Galago at 100 ml	ii	100	100	90	98
TOLLA at 1000 ml	iii	100	100	90	98
	iv	100	100	95	100
Mean		100	100	94	98
DINAMIC ® at 100 g	I	98	100	90	95
Galago at 150 ml	ii	98	100	90	95
TOLLA at 1000 ml	iii	100	100	90	100
	iv	100	100	90	100
Mean		99	100	90	98
DINAMIC ® at 125 g	I	100	100	95	100
Galago at 100 ml	ii	100	100	98	100
TOLLA at 1000 ml	iii	100	100	95	100
	iv	100	100	98	100
Mean		100	100	97	100
DINAMIC ® at 125 g	I	100	100	95	100
Galago at 150 ml	ii	100	100	98	100
TOLLA at 1000 ml	iii	100	100	98	100
	iv	100	100	98	100
Mean		100	100	97	100
DINAMIC ® at 250 g	I	100	100	100	100
Galago at 300 ml	ii	100	100	100	100
TOLLA at 2000 ml	iii	100	100	100	100
	iv	100	100	100	100
Mean		100	100	100	100
Calisto at 260 ml	I	100	100	100	100
DUAL S GOLD ® at	ii	100	100	100	100
710 ml	iii	100	100	90	100
	iv	100	100	90	100
Mean		100	100	95	100
AMASP = Amaranthus spinosus;
COMBE = Commelina benghalensis;
IPOPU = Ipomoea purpurea;
ELEIN = Eleusine indica

TABLE 6-41
% Control and weed cover (4 weeks after application)
	Treatments
	(product/ha)	Rep	AMASP	ELEIN	IPOPU	COMBE
	Untreated control	I	30	20	30	20
	% soil cover	ii	40	10	20	30
		iii	40	20	30	10
		iv	30	20	30	20
	Mean		35	18	28	20
1	DINAMIC ® at 75 g	I	70	70	60	70
	Galago at 100 ml	ii	70	70	60	70
		iii	70	70	70	70
		iv	80	70	60	80
	Mean		73	70	63	73
2	DINAMIC ® at 75 g	I	70	70	70	80
	Galago at 150 ml	ii	70	80	70	70
		iii	80	80	60	70
		iv	70	70	70	80
	Mean		73	75	68	75
3	DINAMIC ® at 100 g	I	80	70	70	70
	Galago at 100 ml	ii	80	80	70	80
		iii	80	80	70	80
		iv	80	80	70	80
	Mean		80	78	70	78
4	DINAMIC ® at 100 g	I	90	80	70	80
	Galago at 150 ml	ii	90	80	80	70
		iii	95	70	70	80
		iv	90	80	70	90
	Mean		91	78	73	80
5	DINAMIC ® at 125 g	I	100	90	100	90
	Galago at 100 ml	ii	90	95	95	90
		iii	95	100	100	90
		iv	100	100	100	90
	Mean		96	96	99	90
6	DINAMIC ® at 125 g	I	100	80	90	90
	Galago at 150 ml	ii	95	90	90	80
		iii	90	80	90	80
		iv	100	80	90	90
	Mean		96	83	90	85
7	DINAMIC ® at 75 g	I	100	100	80	95
	Galago at 100 ml	ii	100	100	70	95
	TOLLA at 1000 ml	iii	100	100	80	98
		iv	100	100	80	95
	Mean		100	100	78	96
8	DINAMIC ® at 75 g	I	100	100	80	100
	Galago at 150 ml	ii	98	100	80	98
	TOLLA at 1000 ml	iii	100	100	80	100
		iv	100	100	80	98
	Mean		100	100	80	99
9	DINAMIC ® at 100 g	I	100	100	95	98
	Galago at 100 ml	ii	100	100	80	98
	TOLLA at 1000 ml	iii	100	100	90	95
		iv	100	100	80	100
	Mean		100	100	86	98
10	DINAMIC ® at 100 g	I	100	100	80	95
	Galago at 150 ml	ii	98	100	90	98
	TOLLA at 1000 ml	iii	100	100	80	98
		iv	100	100	80	100
	Mean		100	100	83	98
11	DINAMIC ® at 125 g	I	100	100	98	100
	Galago at 100 ml	ii	100	100	100	100
	TOLLA at 1000 ml	iii	100	100	95	100
		iv	100	100	100	100
	Mean		100	100	98	100
12	DINAMIC ® at 125 g	I	100	100	98	100
	Galago at 150 ml	ii	100	100	100	100
	TOLLA at 1000 ml	iii	100	100	100	100
		iv	100	100	100	100
	Mean		100	100	100	100
13	DINAMIC ® at 250 g	I	100	100	100	100
	Galago at 300 ml	ii	100	100	100	100
	TOLLA at 2000 ml	iii	100	100	100	100
		iv	100	100	100	100
	Mean		100	100	100	100
14	Calisto at 260 ml	I	100	100	100	100
	DUAL S GOLD ®	ii	100	100	100	100
	at 710 ml	iii	100	100	95	100
		iv	100	100	90	100
	Mean		100	100	96	100
AMASP = Amaranthus spinosus;
COMBE = Commelina benghalensis;
IPOPU = Ipomoea purpurea;
ELEIN = Eleusine indica

TABLE 6-42
% Control and weed cover (6 weeks after application)
		iii	40	20	30	10
	Mean	iv	30	20	30	20
			35	18	28	20
1	DINAMIC ® at 75 g	I	70	60	60	70
	Galago at 100 ml	ii	60	70	50	70
		iii	60	70	60	60
		iv	70	60	60	70
	Mean		65	65	58	68
2	DINAMIC ® at 75 g	I	60	70	70	70
	Galago at 150 ml	ii	70	70	60	70
		iii	70	70	50	70
		iv	60	60	70	80
	Mean		65	68	63	73
3	DINAMIC ® at 100 g	I	70	70	60	70
	Galago at 100 ml	ii	70	70	70	70
		iii	80	80	70	80
		iv	70	70	60	80
	Mean		73	73	65	75
4	DINAMIC ® at 100 g	I	80	70	70	80
	Galago at 150 ml	ii	90	80	70	70
		iii	90	70	60	80
		iv	90	80	70	80
	Mean		88	75	68	78
5	DINAMIC ® at 125 g	I	98	90	100	90
	Galago at 100 ml	ii	90	90	95	80
		iii	90	100	98	90
		iv	100	98	98	90
	Mean		95	95	98	88
6	DINAMIC ® at 125 g	I	98	80	90	90
	Galago at 150 ml	ii	95	90	95	80
		iii	90	80	95	80
		iv	98	90	90	90
	Mean		95	85	93	85
7	DINAMIC ® at 75 g	I	100	100	70	95
	Galago at 100 ml	ii	100	100	60	90
	TOLLA at 1000 ml	iii	100	100	70	95
		iv	100	100	70	95
	Mean		100	100	68	94
8	DINAMIC ® at 75 g	I	100	100	70	100
	Galago at 150 ml	ii	100	100	80	100
	TOLLA at 1000 ml	iii	100	100	70	100
		iv	100	100	70	98
	Mean		100	100	73	100
9	DINAMIC ® at 100 g	I	100	100	90	100
	Galago at 100 ml	ii	100	100	80	100
	TOLLA at 1000 ml	iii	100	100	80	98
		iv	100	100	80	100
	Mean		100	100	83	100
10	DINAMIC ® at 100 g	I	100	100	80	98
	Galago at 150 ml	ii	98	100	90	100
	TOLLA at 1000 ml	iii	100	100	90	100
		iv	100	100	80	100
	Mean		100	100	85	100
11	DINAMIC ® at 125 g	I	100	100	100	100
	Galago at 100 ml	ii	100	100	100	100
	TOLLA at 1000 ml	iii	100	100	98	100
		iv	100	100	100	100
	Mean		100	100	100	100
12	DINAMIC ® at 125 g	I	100	100	100	100
	Galago at 150 ml	ii	100	100	100	100
	TOLLA at 1000 ml	iii	100	100	100	100
		iv	100	100	100	100
	Mean		100	100	100	100
13	DINAMIC ® at 250 g	I	100	100	100	100
	Galago at 300 ml	ii	100	100	100	100
	TOLLA at 2000 ml	iii	100	100	100	100
		iv	100	100	100	100
	Mean		100	100	100	100
14	Calisto at 260 ml	I	100	100	100	100
	DUAL S GOLD ®	ii	100	100	100	100
	at 710 ml	iii	100	100	95	100
		iv	100	100	95	100
	Mean		100	100	98	100
AMASP = Amaranthus spinosus;
COMBE = Commelina benghalensis;
IPOPU = Ipomoea purpurea
ELEIN = Eleusine indica

DINAMIC® 700WDG at 125 g/ha+Galago 480SC at 100 mL/ha showed satisfactory control of Amaranthus spinosus, Eleusine indica, Ipomoea purpurea and Commilina benghalensis. The addition of TOLLA to the above mixture appears to be a good practice. DINAMIC® 700WDG at 75 g/ha+Galago 480SC at 100 mL/ha+TOLLA 840S at 1000 mL/ha performed excellently on Amaranthus spinosus, Eleusine indica and Commilina benghalensis. However to control Ipomoea purpurea the dosage rate of DINAMIC® has to be increased from 75 g/ha to 100 g/ha—this combination compared with the standard CALLISTO® at 260 mL/ha+DUAL S GOLD® at 710 mL/ha. No visual signs of phytotoxicity were noticed throughout the growing season. DINAMIC® 700WDG at 125 g/ha+Galago 480SC at 100 mL/ha can be used to control Amaranthus spinosus, Eleusine indica, Ipomoea purpurea and Commilina benghalensis. DINAMIC® 700WDG at 75 g/ha+Galago 480SC at 100 mL/ha+TOLLA 840S at 1000 mL/ha can be used to control Amaranthus spinosus, Eleusine indica, Ipomoea purpurea and Commilina benghalensis.

G. Post Emergence Application Against Weed in Maize

In this part of the Example the efficacy of DINAMIC® (amicarbazone 700WDG, 700 grams active/kg, available from Arysta LifeScience North America, Cary, N.C.) mixtures with Galago (mesotrione 480SC, 480 grams active/L, available from Arysta LifeScience North America, Cary, N.C.) with or without Wet-All (available from Arysta LifeScience North America, Cary, N.C.) as a post emergence application against weeds in maize (variety PHI 2369W) was determined.

Trials were conducted at a site with a history of weeds. The trials were executed under moderate weather conditions. Efficacy and visual phytotoxicity assessments were performed in triplicate. Normal practices were carried out to control insects and fungi. Crops were provided in 55 cm row width, at a sowing rate of 65,000 plants/ha, and at a sowing depth of five to eight cm. Soil class was clay with a clay content of about 40%. The site in this Example had been previously used for maize. Trial design was randomized blocks with a plot size of 20 m² replicated four times. Municipal water was used for all applications (pH=7.2).

Application of the treatments shown in Table 6-43 was conducted at post emergence stage 15 days after planting. Application of the treatments was conducted over a 24 hour period. Over this time period, dry bulb temperature was about 30° C., wet bulb temperature was about 24° C., relative humidity was about 55%, cloud cover was about 0%, and wind speed was about 0 m/s. Treatments were administered with a multi-spray gas sprayer with a 4× flat fan 03F80 nozzle. Spacing was 50 cm, with a height of 50 cm, pressure 2.8 Bar, at a ground speed of 1 m/s, and a calibration mean output of 330 L/ha. The soil temperature over the application period averaged to about 29° C. and the soil remained moist and fine. Crops stage at the outset was about 4 leaves with a BBCH scale of 14. Crop and weeds were actively growing. Weed stage was about 3-5 leaves.

TABLE 6-43
Treatments
			Dosage rate	Dosage rate
	No	Treatments	(gai/ha)	(g/ha or mL/ha)
		Untreated control	—	—
	1	DINAMIC ® 700WDG +	52.5	75
		Galago 480SC	48	100
	2	DINAMIC ® 700WDG +	52.5	75
		Galago 480SC	72	150
	3	DINAMIC ® 700WDG +	70	100
		Galago 480SC	48	100
	4	DINAMIC ® 700WDG +	70	100
		Galago 480SC	72	150
	5	DINAMIC ® 700WDG +	87.5	125
		Galago 480SC	48	100
	6	DINAMIC ® 700WDG +	87.5	125
		Galago 480SC	72	150
	7	DINAMIC ® 700WDG +	175	250
		Galago 480SC +	144	300
		Wet-All
	8	DINAMIC ® 700WDG +	52.5	75
		Galago 480SC +	48	100
		Wet-All	—	0.1%
	9	DINAMIC ® 700WDG +	52.5	75
		Galago 480SC +	72	150
		Wet-All	—	0.1%
	10	DINAMIC ® 700WDG +	70	100
		Galago 480SC +	48	100
		Wet-All	—	0.1%
	11	DINAMIC ® 700WDG +	70	100
		Galago 480SC +	72	150
		Wet-All	—	0.1%
	12	DINAMIC ® 700WDG +	87.5	125
		Galago 480SC +	48	100
		Wet-All	—	0.1%
	13	DINAMIC ® 700WDG +	87.5	125
		Galago 480SC +	72	150
		Wet-All	—	0.1%
	14	DINAMIC ® 700WDG +	175	250
		Galago 480SC +	144	300
		Wet-All	—	0.1%

Assessments of the treated crops at 2, 4, and 6 weeks are summarized in Tables 6-44 to 6-46 below. No visual signs of phytotoxicity were noticed over the first 2 weeks. Signs of phytoxicity were noticed in treatment 14 at 4 week assessment. Signs of phytotoxicity were noticed in treatment 13 at 6 weeks.

TABLE 6-44
2 Week Assessment
Crop condition        Actively growing
Crop stage            5-6 Leaves
BBCH scale            15-16
Soil moisture         Wet
Rain since last visit 18 mm

TABLE 6-45
4 Week Assessment
Crop condition        Actively growing
Crop stage            8 Leaves
BBCH scale            18
Soil moisture         Wet
Rain since last visit 38 mm

TABLE 6-46
6 Week Assessment
Crop condition        Actively growing
Crop stage            10 leaves
BBCH scale:           20
Soil moisture         Moist
Rain since last visit 0 mm

Control and weed cover at 2, 4, and 6 weeks for the indicated species are summarized below in Tables 6-47 through 6-49. 80% is considered acceptable control.

TABLE 6-47
% Control and weed cover (2 weeks after application)
	Treatments
	(product/ha)	Rep	ROTEX	IPOPU	AMAHY
	Untreated control	I	50	20	30
	% soil cover	ii	40	10	50
		iii	40	20	40
		iv	30	20	50
	Mean		40	18	43
1	DINAMIC ® at 75 g	I	50	60	60
	Galago at 100 ml	ii	60	60	70
		iii	60	70	80
		iv	60	60	70
	Mean		58	63	70
2	DINAMIC ® at 75 g	I	70	70	70
	Galago at 150 ml	ii	80	70	80
		iii	80	70	80
		iv	70	70	70
	Mean		75	70	75
3	DINAMIC ® at 100 g	I	50	50	70
	Galago at 100 ml	ii	60	60	70
		iii	70	60	70
		iv	60	70	70
	Mean		60	60	70
4	DINAMIC ® at 100 g	I	70	70	90
	Galago at 150 ml	ii	70	80	90
		iii	70	80	80
		iv	70	80	90
	Mean		70	78	88
5	DINAMIC ® at 125 g	I	60	70	90
	Galago at 100 ml	ii	60	80	90
		iii	70	80	95
		iv	80	70	90
	Mean		68	75	91
6	DINAMIC ® at 125 g	I	80	90	95
	Galago at 150 ml	ii	60	90	95
		iii	70	90	95
		iv	80	90	95
	Mean		73	90	95
7	DINAMIC ® at 250 g	I	80	95	100
	Galago at 300 ml	ii	90	95	100
		iii	90	98	100
		iv	90	98	100
	Mean		88	97	100
8	DINAMIC ® at 75 g	I	60	80	80
	Galago at 100 ml	ii	60	70	70
	Wet-All at 0.1%	iii	70	70	80
		iv	60	70	80
	Mean		63	73	78
9	DINAMIC ® at 75 g	I	70	80	80
	Galago at 150 ml	ii	80	70	80
	Wet-All at 0.1%	iii	80	80	80
		iv	70	70	80
	Mean		75	75	80
10	DINAMIC ® at 100 g	I	60	70	80
	Galago at 100 ml	ii	70	70	80
	Wet-All at 0.1%	iii	60	70	80
		iv	70	70	80
	Mean		65	70	80
11	DINAMIC ® at 100 g	I	80	80	90
	Galago at 150 ml	ii	80	80	90
	Wet-All at 0.1%	iii	80	90	95
		iv	80	80	90
	Mean		80	83	91
12	DINAMIC ® at 125 g	I	70	80	95
	Galago at 100 ml	ii	70	80	95
	Wet-All at 0.1%	iii	80	80	98
		iv	70	80	95
	Mean		73	80	96
13	DINAMIC ® at 125 g	I	70	90	100
	Galago at 150 ml	ii	80	90	100
	Wet-All at 0.1%	iii	80	90	100
		iv	80	80	100
	Mean		78	88	100
14	DINAMIC ® at 250 g	I	90	100	100
	Galago at 300 ml	ii	90	95	100
	Wet-All at 0.2%	iii	95	95	100
		iv	90	95	100
	Mean		91	96	100
ROTTE = Rottboeliaexaltata;
IPOPU = Ipomoea purpurea;
AMAHY = Amaranthushybridus

TABLE 6-48
% Control and weed cover (4 weeks after application)
Treatments
(product/ha)	Rep	ROTEX	IPOPU	AMAHY
Untreated control	I	40	20	40
% soil cover	ii	40	20	40
	iii	40	30	30
	iv	30	20	50
Mean		38	23	40
DINAMIC ® at 75 g	I	50	70	60
Galago at 100 ml	ii	60	60	70
	iii	50	70	80
	iv	60	60	70
Mean		55	65	70
DINAMIC ® at 75 g	I	80	70	70
Galago at 150 ml	ii	80	70	80
	iii	80	70	80
	iv	70	70	70
Mean		78	70	75
DINAMIC ® at 100 g	I	60	60	70
Galago at 100 ml	ii	70	70	70
	iii	70	60	70
	iv	60	70	70
Mean		65	65	70
DINAMIC ® at 100 g	I	80	80	90
Galago at 150 ml	ii	70	90	90
	iii	70	80	80
	iv	80	80	90
Mean		75	83	88
DINAMIC ® at 125 g	I	60	80	90
Galago at 100 ml	ii	70	80	90
	iii	70	80	95
	iv	80	80	90
Mean		70	80	91
DINAMIC ® at 125 g	I	80	90	95
Galago at 150 ml	ii	70	95	95
	iii	80	95	95
	iv	80	90	95
Mean		78	93	95
DINAMIC ® at 250 g	I	90	98	100
Galago at 300 ml	ii	90	100	100
	iii	95	100	100
	iv	90	100	100
Mean		91	100	100
DINAMIC ® at 75 g	I	60	80	80
Galago at 100 ml	ii	60	70	70
Wet-All at 0.1%	iii	70	80	80
	iv	60	70	80
Mean		63	75	78
DINAMIC ® at 75 g	I	80	80	80
Galago at 150 ml	ii	80	80	80
Wet-All at 0.1%	iii	80	80	80
	iv	80	80	80
Mean		80	80	80
DINAMIC ® at 100 g	I	70	70	80
Galago at 100 ml	ii	70	80	80
Wet-All at 0.1%	iii	70	80	80
	iv	70	70	80
Mean		70	75	80
DINAMIC ® at 100 g	I	80	90	90
Galago at 150 ml	ii	80	90	90
Wet-All at 0.1%	iii	80	90	95
	iv	80	90	90
Mean		80	90	91
DINAMIC ® at 125 g	I	70	80	95
Galago at 100 ml	ii	80	90	95
Wet-All at 0.1%	iii	80	90	98
	iv	70	90	95
Mean		75	88	96
DINAMIC ® at 125 g	I	80	100	100
Galago at 150 ml	ii	90	100	100
Wet-All at 0.1%	iii	90	100	100
	iv	80	95	100
Mean		85	99	100
DINAMIC ® at 250 g	I	95	100	100
Galago at 300 ml	ii	95	100	100
Wet-All at 0.2%	iii	98	100	100
	iv	95	100	100
Mean		96	100	100
ROTTE = Rottboeliaexaltata;
IPOPU = Ipomoea purpurea:
AMAHY = Amaranthushybridus

TABLE 6-49
% Control and weed cover (6 weeks after application)
Treatments
(product/ha)	Rep	ROTEX	IPOPU	AMAHY
Untreated control	I	40	20	40
% soil cover	ii	40	20	40
	iii	40	30	30
	iv	30	20	50
Mean		38	23	40
DINAMIC ® at 75 g	I	50	70	60
Galago at 100 ml	ii	50	70	70
	iii	50	70	70
	iv	60	70	70
Mean		53	70	68
DINAMIC ® at 75 g	I	80	70	70
Galago at 150 ml	ii	70	70	80
	iii	80	80	80
	iv	70	80	70
Mean		75	75	75
DINAMIC ® at 100 g	I	70	70	70
Galago at 100 ml	ii	70	70	95
	iii	70	70	70
	iv	60	80	70
Mean		68	73	76
DINAMIC ® at 100 g	I	80	90	90
Galago at 150 ml	ii	80	90	90
	iii	70	90	95
	iv	80	80	90
Mean		78	88	91
DINAMIC ® at 125 g	I	70	80	90
Galago at 100 ml	ii	70	80	90
	iii	70	80	90
	iv	70	80	90
Mean		70	80	90
DINAMIC ® at 125 g	I	80	90	95
Galago at 150 ml	ii	80	98	98
	iii	80	95	95
	iv	80	95	100
Mean		80	95	97
DINAMIC ® at 250 g	I	90	100	100
Galago at 300 ml	ii	95	100	100
	iii	95	100	100
	iv	90	100	100
Mean		93	100	100
DINAMIC ® at 75 g	I	60	80	80
Galago at 100 ml	ii	60	70	70
Wet-All at 0.1%	iii	60	80	80
	iv	60	70	80
Mean		60	75	78
DINAMIC ® at 75 g	I	70	80	80
Galago at 150 ml	ii	80	90	90
Wet-All at 0.1%	iii	80	80	80
	iv	70	80	90
Mean		75	83	85
DINAMIC ® at 100 g	I	70	70	90
Galago at 100 ml	ii	75	80	80
Wet-All at 0.1%	iii	75	80	90
	iv	70	70	90
Mean		73	75	88
DINAMIC ® at 100 g	I	80	90	95
Galago at 150 ml	ii	90	95	95
Wet-All at 0.1%	iii	80	90	100
	iv	80	90	100
Mean		83	91	98
DINAMIC ® at 125 g	I	70	90	95
Galago at 100 ml	ii	80	90	95
Wet-All at 0.1%	iii	80	90	100
	iv	70	90	98
Mean		75	90	97
DINAMIC ® at 125 g	I	80	100	100
Galago at 150 ml	ii	90	100	100
Wet-All at 0.1%	iii	90	100	100
	iv	80	100	100
Mean		85	100	100
DINAMIC ® at 250 g	I	95	100	100
Galago at 300 ml	ii	95	100	100
Wet-All at 0.2%	iii	100	100	100
	iv	95	100	100
Mean		96	100	100
ROTTE = Rottboeliaexaltata;
IPOPU = Ipomoeapurpurea;
AMAHY = Amaranthus hybridus

DINAMIC®+Galago without a wetter: DINAMIC® 700WDG at 100 g/ha+Galago 480SC at 150 mL/ha showed satisfactory control of Amaranthus hybridus and Ipomoea purpurea. Rottboellia exaltata was insufficiently controlled by this mixture. It was however marginally controlled by DINAMIC® 700WDG at 125 g/ha+Galago 480SC at 150 mL/ha. DINAMIC®+Galago with a wetter: It is clear that a wetter improved efficacy. DINAMIC® 700WDG at 75 g/ha+Galago 480SC at 150 mL/ha+Wet-All at 0.1% resulted in satisfactory control of of Amaranthus hybridus and Ipomoea purpurea in comparison to the equivalent treatment without a wetter (treatment 2). Rottboellia exaltata could still not be controlled by this mixture and needed higher rates (DINAMIC® 700WDG at 100 g/ha+Galago 480SC at 50 mL/ha+Wet-All at 0.1%) to be controlled satisfactory. Signs of phytotoxicity were noticed in the plots were DINAMIC® 700WDG at 2508/ha+Galago 480SC at 300 mL/ha+Wet-All at 0.1% was sprayed. DINAMIC® 700WDG at 75 g/ha+Galago 480SC at 100 mL/ha+Wet-All at 0.1% can be used to control Amaranthus hybridus and Ipomoea purpurea. To control Rottboellia exaltata DINAMIC® 700WDG at 100 g/ha+Galago 480SC at 150 mL/ha+Wet-All at 0.1% can be used.

H. Post Emergence Application Against Weed in Maize

In this part of the Example the efficacy of DINAMIC® (amicarbazone 700WDG, 700 grams active/kg, available from Arysta LifeScience North America, Cary, N.C.) mixtures with Galago (mesotrione 480SC, 480 grams active/L, available from Arysta LifeScience North America, Cary, N.C.) with or without Wet-All (available from Arysta LifeScience North America, Cary, N.C.) as a post emergence application against weeds in maize (variety PHI 32Y85) was determined.

Trials were conducted at a site with a history of weeds. The trials were executed under moderate weather conditions. Efficacy and visual phytotoxicity assessments were performed in triplicate. Normal practices were carried out to control insects and fungi. Crops were provided in 76 cm row width, at a sowing rate of 65,000 plants/ha, and at a sowing depth of five to eight cm. Soil class was clay with a clay content of about 35%. The site in this Example had been previously used for soya beans. Trial design was randomized blocks with a plot size of 20 m² replicated four times. Municipal water was used for all applications (pH=72).

Application of the treatments shown in Table 6-50 was conducted at post emergence stage 14 days after planting. Application of the treatments was conducted over a 24 hour period. Over this time period, dry bulb temperature was about 24-26° C., wet bulb temperature was about 20° C., relative humidity was about 60%, cloud cover was about 70%, and wind speed was about 0 m/s. Treatments were administered with a multi-spray gas sprayer with a 4× flat fan 03F80 nozzle. Spacing was 50 cm, with a height of 50 cm, pressure 2.8 Bar, at a ground speed of 1 m/s, and a calibration mean output of 330 L/ha. The soil temperature over the application period averaged to about 23° C. and the soil remained moist and fine. Crops stage at the outset was about 4 leaves with a BBCH scale of 14. Crop and weeds were actively growing. Weed stage was about 2-5 leaves.

TABLE 6-50
Treatments
			Dosage rate	Dosage rate
	No	Treatments	(gai/ha)	(g/ha or mL/ha)
		Untreated control	—	—
	1	DINAMIC ® 700WDG +	52.5	75
		Galago 480SC	48	100
	2	DINAMIC ® 700WDG +	52.5	75
		Galago 480SC	72	150
	3	DINAMIC ® 700WDG +	70	100
		Galago 480SC	48	100
	4	DINAMIC ® 700WDG +	70	100
		Galago 480SC	72	150
	5	DINAMIC ® 700WDG +	87.5	125
		Galago 480SC	48	100
	6	DINAMIC ® 700WDG +	87.5	125
		Galago 480SC	72	150
	7	DINAMIC ® 700WDG +	175	250
		Galago 480SC +	144	300
	8	DINAMIC ® 700WDG +	52.5	75
		Galago 480SC +	48	100
		Wet-All	—	0.1%
	9	DINAMIC ® 700WDG +	52.5	75
		Galago 480SC +	72	150
		Wet-All	—	0.1%
	10	DINAMIC ® 700WDG +	70	100
		Galago 480SC +	48	100
		Wet-All	—	0.1%
	11	DINAMIC ® 700WDG +	70	100
		Galago 480SC +	72	150
		Wet-All	—	0.1%
	12	DINAMIC ® 700WDG +	87.5	125
		Galago 480SC +	48	100
		Wet-All	—	0.1%
	13	DINAMIC ® 700WDG +	87.5	125
		Galago 480SC +	72	150
		Wet-All	—	0.1%
	14	DINAMIC ® 700WDG +	175	250
		Galago 480SC +	144	300
		Wet-All	—	0.1%

Assessments of the treated crops at 2, 4, and 6 weeks are summarized in Tables 6-51 to 6-53 below. No visual signs of phytotoxicity were noticed over the 6 weeks.

TABLE 6-51
2 Week Assessment
Crop condition        Actively growing
Crop stage            6 Leaves
BBCH scale            16
Soil moisture         Moist
Rain since last visit 8 mm

TABLE 6-52
4 Week Assessment
Crop condition        Actively growing
Crop stage            7 Leaves
BBCH scale            17
Soil moisture         Wet
Rain since last visit 44 mm

TABLE 6-53
6 Week Assessment
Crop condition        Actively growing
Crop stage            9 leaves
BBCH scale:           19
Soil moisture         Moist
Rain since last visit 0 mm

Control and weed cover at 2, 4, and 6 weeks for the indicated species are summarized below in Tables 6-54 through 6-56. 80% is considered acceptable control.

TABLE 6-54
% Control and weed cover (2 weeks after application)
	Treatments
	(product/ha)	Rep	DIGSA	POROL	AMAHY	COMBE
	Untreated control	I	30	20	30	20
	% soil cover	ii	40	10	20	30
		iii	40	20	30	10
		iv	30	20	30	20
	Mean		35	18	28	20
1	DINAMIC ® at 75 g	I	80	80	70	60
	Galago at 100 ml	ii	80	80	70	60
		iii	80	80	70	50
		iv	80	70	60	70
	Mean		80	78	68	60
2	DINAMIC ® at 75 g	I	90	80	80	70
	Galago at 150 ml	ii	90	80	70	80
		iii	90	80	70	80
		iv	90	80	70	80
	Mean		90	80	73	78
3	DINAMIC ® at 100 g	I	80	70	80	70
	Galago at 100 ml	ii	80	80	70	80
		iii	90	70	80	70
		iv	80	80	70	70
	Mean		83	75	75	73
4	DINAMIC ® at 100 g	I	95	90	80	90
	Galago at 150 ml	ii	95	80	80	80
		iii	95	80	70	90
		iv	90	80	80	80
	Mean		94	83	78	85
5	DINAMIC ® at 125 g	I	80	80	80	80
	Galago at 100 ml	ii	70	80	80	80
		iii	80	80	80	70
		iv	80	80	80	70
	Mean		78	80	80	75
6	DINAMIC ® at 125 g	I	100	90	95	90
	Galago at 150 ml	ii	95	90	90	90
		iii	95	80	90	80
		iv	100	80	95	90
	Mean		98	85	93	88
7	DINAMIC ® at 250 g	I	100	100	95	95
	Galago at 300 ml	ii	100	100	95	95
		iii	100	98	98	100
		iv	100	100	98	95
	Mean		100	100	97	96
8	DINAMIC ® at 75 g	I	100	100	80	70
	Galago at 100 ml	ii	98	100	90	80
	Wet-All at 0.1%	iii	100	100	80	70
		iv	100	100	80	70
	Mean		100	100	83	73
9	DINAMIC ® at 75 g	I	100	100	80	80
	Galago at 150 ml	ii	100	100	80	80
	Wet-All at 0.1%	iii	100	100	90	80
		iv	100	100	90	80
	Mean		100	100	85	80
10	DINAMIC ® at 100 g	1	98	100	90	70
	Galago at 100 ml	ii	98	100	80	70
	Wet-All at 0.1%	iii	100	100	90	80
		iv	100	100	90	80
	Mean		99	100	88	75
11	DINAMIC ® at 100 g	I	100	100	90	90
	Galago at 150 ml	ii	100	100	90	90
	Wet-All at 0.1%	iii	100	100	95	90
		iv	100	100	80	90
	Mean		100	100	89	90
12	DINAMIC ® at 125 g	I	100	100	90	80
	Galago at 100 ml	ii	100	100	95	70
	Wet-All at 0.1%	iii	100	100	95	80
		iv	100	100	90	90
	Mean		100	100	93	80
13	DINAMIC ® at 125 g	I	100	100	100	100
	Galago at 150 ml	ii	100	100	100	95
	Wet-All at 0.1%	iii	100	100	100	95
		iv	100	100	100	95
	Mean		100	100	100	96
14	DINAMIC ® at 250 g	I	100	100	100	100
	Galago at 300 ml	ii	100	100	100	100
	Wet-All at 0.2%	iii	100	100	100	100
		iv	100	100	100	100
	Mean		100	100	100	100
DIGSA = Digitaria sanguinalis;
POROL = Portulaca oleracea;
AMAHY = Amaranthus hybridus;
COMBE = Commelina benghalensis

TABLE 6-55
% Control and weed cover (4 weeks after application)
	Treatments
	(product/ha)	Rep	DIGSA	POROL	AMAHY	COMBE
	Untreated control	I	40	10	30	20
	% soil cover	ii	40	10	20	30
		iii	50	10	30	10
		iv	30	20	30	20
	Mean		40	13	28	20
1	DINAMIC ® at 75 g	I	70	70	60	50
	Galago at 100 ml	ii	70	70	60	50
		iii	70	70	60	50
		iv	70	70	50	60
	Mean		70	70	58	53
2	DINAMIC ® at 75 g	I	80	80	80	60
	Galago at 150 ml	ii	70	80	60	60
		iii	70	70	70	70
		iv	70	80	70	70
	Mean		73	78	70	65
3	DINAMIC ® at 100 g	I	80	70	60	60
	Galago at 100 ml	ii	80	80	60	70
		iii	80	80	60	70
		iv	70	70	60	70
	Mean		78	75	60	68
4	DINAMIC ® at 100 g	I	90	90	80	90
	Galago at 150 ml	ii	95	70	70	70
		iii	95	80	70	70
		iv	90	80	80	80
	Mean		93	80	75	78
5	DINAMIC ® at 125 g	I	80	70	70	70
	Galago at 100 ml	ii	70	70	70	70
		iii	70	70	70	60
		iv	70	70	70	70
	Mean		73	70	70	68
6	DINAMIC ® at 125 g	I	98	90	90	80
	Galago at 150 ml	ii	90	80	90	80
		iii	90	80	90	90
		iv	100	80	90	80
	Mean		95	83	90	83
7	DINAMIC ® at 250 g	I	100	100	95	95
	Galago at 300 ml	ii	100	100	90	95
		iii	100	98	95	100
		iv	100	100	95	90
	Mean		100	100	94	95
8	DINAMIC ® at 75 g	I	100	100	80	60
	Galago at 100 ml	ii	98	100	90	70
	Wet-All at 0.1%	iii	100	100	90	60
		iv	100	100	80	60
	Mean		100	100	85	63
9	DINAMIC ® at 75 g	I	100	100	80	70
	Galago at 150 ml	ii	100	100	80	70
	Wet-All at 0.1%	iii	100	100	90	80
		iv	100	100	90	80
	Mean		100	100	85	75
10	DINAMIC ® at 100 g	I	98	100	90	60
	Galago at 100 ml	ii	95	100	90	60
	Wet-All at 0.1%	iii	100	100	90	70
		iv	100	100	90	80
	Mean		98	100	90	68
11	DINAMIC ® at 100 g	I	100	100	90	80
	Galago at 150 ml	ii	100	100	90	80
	Wet-All at 0.1%	iii	100	100	95	80
		iv	100	100	90	80
	Mean		100	100	91	80
12	DINAMIC ® at 125 g	I	100	100	95	70
	Galago at 100 ml	ii	100	100	95	90
	Wet-All at 0.1%	iii	100	100	95	70
		iv	100	100	90	80
	Mean		100	100	94	78
13	DINAMIC ® at 125 g	I	100	100	100	100
	Galago at 150 ml	ii	100	100	100	90
	Wet-All at 0.1%	iii	100	100	100	90
		iv	100	100	100	90
	Mean		100	100	100	93
14	DINAMIC ® at 250 g	I	100	100	100	100
	Galago at 300 ml	ii	100	100	100	100
	Wet-All at 0.2%	iii	100	100	100	100
		iv	100	100	100	100
	Mean		100	100	100	100
DIGSA = Digitaria sanguinalis;
POROL = Portulaca oleracea;
AMAHY = Amaranthus hybridus;
COMBE = Commelina benghalensis

TABLE 6-56
% Control and weed cover (6 weeks after application)
Treatments
(product/ha)	Rep	DIGSA	POROL	AMAHY	COMBE
Untreated control	I	40	10	30	20
% soil cover	ii	40	10	20	30
	iii	50	10	30	10
	iv	30	10	40	20
Mean		40	10	30	20
DINAMIC ® at 75 g	I	60	60	50	50
Galago at 100 ml	ii	70	60	60	50
	iii	60	60	60	50
	iv	70	60	50	50
Mean		65	60	55	50
DINAMIC ® at 75 g	I	80	80	70	60
Galago at 150 ml	ii	70	80	60	60
	iii	70	70	70	60
	iv	60	80	70	60
Mean		70	78	68	60
DINAMIC ® at 100 g	I	70	70	60	60
Galago at 100 ml	ii	70	70	60	60
	iii	70	80	50	60
	iv	60	60	60	60
Mean		68	70	58	60
DINAMIC ® at 100 g	I	90	90	80	80
Galago at 150 ml	ii	90	70	70	70
	iii	90	70	70	60
	iv	80	80	70	70
Mean		88	78	73	70
DINAMIC ® at 125 g	I	70	70	60	60
Galago at 100 ml	ii	70	70	60	60
	iii	70	70	70	60
	iv	70	70	70	60
Mean		70	70	65	60
DINAMIC ® at 125 g	I	90	90	80	70
Galago at 150 ml	ii	90	90	80	70
	iii	90	80	80	80
	iv	100	80	80	80
Mean		93	85	80	75
DINAMIC ® at 250 g	I	100	100	95	90
Galago at 300 ml	ii	100	100	95	95
	iii	100	95	95	100
	iv	100	100	95	90
Mean		100	99	95	94
DINAMIC ® at 75 g	I	100	100	80	60
Galago at 100 ml	ii	100	100	90	60
Wet-All at 0.1%	iii	100	100	80	50
	iv	100	100	80	60
Mean		100	100	83	58
DINAMIC ® at 75 g	I	100	100	80	60
Galago at 150 ml	ii	100	100	80	60
Wet-All at 0.1%	iii	100	100	90	70
	iv	100	100	90	80
Mean		100	100	85	68
DINAMIC ® at 100 g	I	95	100	90	50
Galago at 100 ml	ii	95	100	90	60
Wet-All at 0.1%	iii	100	100	90	60
	iv	100	100	90	80
Mean		98	100	90	63
DINAMIC ® at 100 g	I	100	100	95	80
Galago at 150 ml	ii	100	100	95	80
Wet-All at 0.1%	iii	100	100	95	80
	iv	100	100	95	80
Mean		100	100	95	80
DINAMIC ® at 125 g	I	100	100	95	70
Galago at 100 ml	ii	100	100	95	80
Wet-All at 0.1%	iii	100	100	95	80
	iv	100	100	95	80
Mean		100	100	95	78
DINAMIC ® at 125 g	I	100	100	100	95
Galago at 150 ml	ii	100	100	100	90
Wet-All at 0.1%	iii	100	100	100	80
	iv	100	100	100	90
Mean		100	100	100	89
DINAMIC ® at 250 g	I	100	100	100	100
Galago at 300 ml	ii	100	100	100	100
Wet-All at 0.2%	iii	100	100	100	100
	iv	100	100	100	100
Mean		100	100	100	100
DIGSA = Digitaria sanguinalis;
POROL = Portulaca oleracea;
AMAHY = Amaranthus hybridus;
COMBE = Commelina benghalensis

The higher Galago rate (150 mL/ha) improves control when used as a mixing partner for DINAMIC®. DINAMIC®+Galago without a wetter: DINAMIC® 700WDG at 125 g/ha+Galago 480SC at 150 mL/ha showed satisfactory control of Digitaria sanguinalis and Portulaca oleracea and marginal control of Amaranthus hybridus. It could however not control Commilina benghalensis except with higher rates. DINAMIC®+Galago with a wetter A wetter should be used with these mixtures (see treatment 1 vs. treatment 8). DINAMIC® 700WDG at 75 g/ha+Galago 480SC at 100 mL/ha+Wet-All at 0.1% resulted in 100% control of Amaranthus spinosus and Portulaca oleracea in comparison to 65% and 60% respectively without a wetter (treatment1). Commilina benghalensis could not be controlled by this mixture and needed higher rates (DINAMIC® 700WDG at 100 g/ha+Galago 480SC at 150 mL/ha+Wet-All at 0.1%) to be controlled satisfactory. No visual signs of phytotoxicity were noticed throughout the growing season. DINAMIC® 700WDG at 75 g/ha+Galago 480SC at 100 mL/ha+Wet-All at 0.1% can be used to control Digitaria sanguinalis, Portulaca oleracea and Amaranthus hybridus. To control Commilina benghalensis DINAMIC® 700WDG at 100 g/ha+Galago 480SC at 150 mL/ha+Wet-All at 0.1% can be used.

I. Post Emergence Application Against Weed in Maize

In this part of the Example the efficacy of DINAMIC® (amicarbazone 700WDG, 700 grams active/kg, available from Arysta LifeScience North America, Cary, N.C.) mixtures with Galago (mesotrione 480SC, 480 grams active/L, available from Arysta LifeScience North America, Cary, N.C.) with or without Wet-All (available from Arysta LifeScience North America, Cary, N.C.) as a post emergence application against weeds in maize (variety PAN60-445B) was determined.

Trials were conducted at a site with a history of broad leaf weeds and grasses. The trials were executed under moderate weather conditions. Efficacy and visual phytotoxicity assessments were performed in triplicate. Normal practices were carried out to control insects and fungi. Crops were provided in 76 cm row width, at a sowing rate of 65,000 plants/ha, and at a sowing depth of five to eight cm. Soil class was clay with a clay content of about 28%. The site in this Example had been previously used for soya beans. Trial design was randomized blocks with a plot size of 20 m² replicated four times. Municipal water was used for all applications (pH=7.2).

Application of the treatments shown in Table 6-57 was conducted at post emergence stage 18 days after planting. Application of the treatments was conducted over a 24 hour period. Over this time period, dry bulb temperature was about 31° C., wet bulb temperature was about 28° C., relative humidity was about 80%, cloud cover was about 100%, and wind speed was about 0 m/s. Treatments were administered with a multi-spray gas sprayer with a 4× flat fan 03F80 nozzle. Spacing was 50 cm, with a height of 50 cm, pressure 2.8 Bar, at a ground speed of 1 m/s, and a calibration mean output of 330 L/ha. The soil temperature over the application period averaged to about 29° C. and the soil remained moist and fine. Crops stage at the outset was about 4 leaves with a BBCH scale of 14. Crop and weeds were actively growing. Weed stage was about 2-6 leaves.

TABLE 6-57
Treatments
		Dosage rate	Dosage rate
No	Treatments	(gai/ha)	(g/ha or mL/ha)
	Untreated control	—	—
1	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC	48	100
2	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC	72	150
3	DINAMIC ® 700WDG +	70	100
	Galago 480SC	48	100
4	DINAMIC ® 700WDG +	70	100
	Galago 480SC	72	150
5	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC	48	100
6	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC	72	150
7	DINAMIC ® 700WDG +	175	250
	Galago 480SC+	144	300
8	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC +	48	100
	Wet-All	—	0.1%
9	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC +	72	150
	Wet-All	—	0.1%
10	DINAMIC ® 700WDG +	70	100
	Galago 480SC +	48	100
	Wet-All	—	0.1%
11	DINAMIC ® 700WDG +	70	100
	Galago 480SC +	72	150
	Wet-All	—	0.1%
12	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC +	48	100
	Wet-All	—	0.1%
13	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC +	72	150
	Wet-All	—	0.1%
14	DINAMIC ® 700WDG +	175	250
	Galago 480SC +	144	300
	Wet-All	—	0.1%

Assessments of the treated crops at 2, 4, and 6 weeks are summarized in Tables 6-58 to 6-60 below. No visual signs of phytotoxicity were noticed over 4 weeks. Signs of phytotoxicity were noticed in treatment 13 at 6 weeks.

TABLE 6-58
2 Week Assessment
	Crop condition	Actively growing
	Crop stage	6	Leaves
	BBCH scale	16
	Soil moisture	Moist
	Rain since last visit	16	mm

TABLE 6-59
4 Week Assessment
	Crop condition	Actively growing
	Crop stage	8	Leaves
	BBCH scale	18
	Soil moisture	Wet
	Rain since last visit	30	mm

TABLE 6-60
6 Week Assessment
	Crop condition	Actively growing
	Crop stage	10	leaves
	BBCH scale:	18
	Soil moisture	Moist
	Rain since last visit	0	mm

Control and weed cover at 2, 4, and 6 weeks for the indicated species are summarized below in Tables 6-61 through 6-63. 80% is considered acceptable control.

TABLE 6-61
% Control and weed cover (2 weeks after application)
	Treatments
	(product/ha)	DAA	AMASP	ELEIN	IPOPU	COMBE
	Untreated control	2	35	18	28	20
	% soil cover	4	35	13	30	23
		6	33	13	30	25
1	DINAMIC ® at 75 g	2	80	78	68	75
	Galago at 100 ml	4	73	70	60	75
		6	65	63	50	70
2	DINAMIC ® at 75 g	2	80	80	73	80
	Galago at 150 ml	4	73	75	68	80
		6	68	73	63	80
3	DINAMIC ® at 100 g	2	85	85	75	80
	Galago at 100 ml	4	78	78	68	80
		6	73	75	63	75
4	DINAMIC ® at 100 g	2	94	83	78	88
	Galago at 150 ml	4	90	80	70	88
		6	85	75	63	83
5	DINAMIC ® at 125 g	2	98	85	80	91
	Galago at 100 ml	4	96	80	70	91
		6	95	78	65	85
6	DINAMIC ® at 125 g	2	98	90	93	88
	Galago at 150 ml	4	96	90	90	88
		6	94	83	83	90
7	DINAMIC ® at 250 g	2	100	100	100	96
	Galago at 300 ml	4	100	100	100	96
		6	100	100	100	95
8	DINAMIC ® at 75 g	2	100	100	90	99
	Galago at 100 ml	4	100	100	83	99
	Wet-All at 0.1%	6	100	100	80	90
9	DINAMIC ® at 75 g	2	100	100	100	98
	Galago at 150 ml	4	100	100	90	98
	Wet-All at 0.1%	6	100	100	84	93
10	DINAMIC ® at 100 g	2	99	100	90	98
	Galago at 100 ml	4	100	100	83	98
	Wet-All at 0.1%	6	100	100	78	93
11	DINAMIC ® at 100 g	2	100	100	97	100
	Galago at 150 ml	4	100	100	95	100
	Wet-All at 0.1%	6	100	100	90	100
12	DINAMIC ® at 125 g	2	100	100	97	100
	Galago at 100 ml	4	100	100	93	100
	Wet-All at 0.1%	6	100	100	88	100
13	DINAMIC ® at 125 g	2	100	100	100	100
	Galago at 150 ml	4	100	100	100	100
	Wet-All at 0.1%	6	100	100	100	100
14	DINAMIC ® at 250 g	2	100	100	95	100
	Galago at 300 ml	4	100	100	99	100
	Wet-All at 0.2%	6	100	100	99	100
AMASP = Amaranthus spinosus;
COMBE = Commelina benghalensis;
IPOPU = Ipomoea purpurea;
ELEIN = Eleusine indica

TABLE 6-62
% Control and weed cover (4 weeks after application
	Treatments
	(product/ha)	Rep	AMASP	ELEIN	IPOPU	COMBE
	Untreated control	I	30	10	40	20
	% soil cover	ii	40	10	20	30
		iii	40	20	30	10
		iv	30	10	30	30
	Mean		35	13	30	23
1	DINAMIC ® at 75 g	I	70	70	60	80
	Galago at 100 ml	ii	70	70	60	70
		iii	80	70	60	70
		iv	70	70	60	80
	Mean		73	70	60	75
2	DINAMIC ® at 75 g	I	70	80	70	80
	Galago at 150 ml	ii	80	70	70	80
		iii	70	70	60	80
		iv	70	80	70	80
	Mean		73	75	68	80
3	DINAMIC ® at 100 g	I	80	70	70	80
	Galago at 100 ml	ii	70	80	70	80
		iii	80	80	70	80
		iv	80	80	60	80
	Mean		78	78	68	80
4	DINAMIC ® at 100 g	I	90	80	70	90
	Galago at 150 ml	ii	90	80	70	80
		iii	90	80	70	90
		iv	90	80	70	90
	Mean		90	80	70	88
5	DINAMIC ® at 125 g	I	100	80	70	95
	Galago at 100 ml	ii	90	80	70	90
		iii	95	80	70	90
		iv	100	80	70	90
	Mean		96	80	70	91
6	DINAMIC ® at 125 g	I	100	90	90	90
	Galago at 150 ml	ii	95	90	90	90
		iii	90	90	90	80
		iv	100	90	90	90
	Mean		96	90	90	88
7	DINAMIC ® at 250 g	I	100	100	100	95
	Galago at 300 ml	ii	100	100	100	95
		iii	100	100	100	100
		iv	100	100	100	95
	Mean		100	100	100	96
8	DINAMIC ® at 75 g	I	100	100	80	100
	Galago at 100 ml	ii	100	100	80	98
	Wet-All at 0.1%	iii	100	100	90	98
		iv	100	100	80	98
	Mean		100	100	83	99
9	DINAMIC ® at 75 g	I	100	100	98	95
	Galago at 150 ml	ii	100	100	90	98
	Wet-All at 0.1%	iii	100	100	80	98
		iv	100	100	90	100
	Mean		100	100	90	98
10	DINAMIC ® at 100 g	I	100	100	80	95
	Galago at 100 ml	ii	98	100	90	95
	Wet-All at 0.1%	iii	100	100	80	100
		iv	100	100	80	100
	Mean		100	100	83	98
11	DINAMIC ® at 100 g	I	100	100	95	100
	Galago at 150 ml	ii	100	100	95	100
	Wet-All at 0.1%	iii	100	100	95	100
		iv	100	100	95	100
	Mean		100	100	95	100
12	DINAMIC ® at 125 g	I	100	100	90	100
	Galago at 100 ml	ii	100	100	95	100
	Wet-All at 0.1%	iii	100	100	95	100
		iv	100	100	90	100
	Mean		100	100	93	100
13	DINAMIC ® at 125 g	I	100	100	100	100
	Galago at 150 ml	ii	100	100	100	100
	Wet-All at 0.1%	iii	100	100	100	100
		iv	100	100	100	100
	Mean		100	100	100	100
14	DINAMIC ® at 250 g	I	100	100	100	100
	Galago at 300 ml	ii	100	100	100	100
	Wet-All at 0.2%	iii	100	100	95	100
		iv	100	100	100	100
	Mean		100	100	99	100
AMASP = Amaranthus spinosus;
COMBE = Commelina benghalensis;
IPOPU = Ipomoea purpurea;
ELEIN = Eleusine indica

TABLE 6-63
% Control and weed cover (6 weeks after application)
	Treatments
	(product/ha)	Rep	AMASP	ELEIN	IPOPU	COMBE
	Untreated control	I	30	10	40	20
	% soil cover	ii	40	10	20	30
		iii	30	20	30	20
		iv	30	10	30	30
	Mean		33	13	30	25
1	DINAMIC ® at 75 g	I	60	60	50	70
	Galago at 100 ml	ii	70	60	50	70
		iii	70	70	50	70
		iv	60	60	50	70
	Mean		65	63	50	70
2	DINAMIC ® at 75 g	I	70	70	60	80
	Galago at 150 ml	ii	70	70	70	80
		iii	60	70	60	80
		iv	70	80	60	80
	Mean		68	73	63	80
3	DINAMIC ® at 100 g	I	80	70	70	80
	Galago at 100 ml	ii	70	80	60	70
		iii	70	70	60	70
		iv	70	80	60	80
	Mean		73	75	63	75
4	DINAMIC ® at 100 g	I	90	70	60	80
	Galago at 150 ml	ii	90	80	60	80
		iii	80	80	60	90
		iv	80	70	70	80
	Mean		85	75	63	83
5	DINAMIC ® at 125 g	I	100	80	60	90
	Galago at 100 ml	ii	90	80	60	90
		iii	90	70	70	80
		iv	100	80	70	80
	Mean		95	78	65	85
6	DINAMIC ® at 125 g	I	100	80	80	90
	Galago at 150 ml	ii	90	90	80	90
		iii	90	80	80	90
		iv	95	80	90	90
	Mean		94	83	83	90
7	DINAMIC ® at 250 g	I	100	100	100	95
	Galago at 300 ml	ii	100	100	100	90
		iii	100	100	100	98
		iv	100	100	100	95
	Mean		100	100	100	95
8	DINAMIC ® at 75 g	I	100	100	80	90
	Galago at 100 ml	ii	100	100	80	90
	Wet-All at 0.1%	iii	100	100	80	90
		iv	100	100	80	90
	Mean		100	100	80	90
9	DINAMIC ® at 75 g	I	100	100	95	90
	Galago at 150 ml	ii	100	100	80	95
	Wet-All at 0.1%	iii	100	100	80	90
		iv	100	100	80	95
	Mean		100	100	84	93
10	DINAMIC ® at 100 g	I	100	100	80	90
	Galago at 100 ml	ii	100	100	80	90
	Wet-All at 0.1%	iii	100	100	70	98
		iv	100	100	80	95
	Mean		100	100	78	93
11	DINAMIC ® at 100 g	I	100	100	90	100
	Galago at 150 ml	ii	100	100	90	100
	Wet-All at 0.1%	iii	100	100	90	100
		iv	100	100	90	100
	Mean		100	100	90	100
12	DINAMIC ® at 125 g	I	100	100	80	100
	Galago at 100 ml	ii	100	100	90	100
	Wet-All at 0.1%	iii	100	100	90	100
		iv	100	100	90	100
	Mean		100	100	88	100
13	DINAMIC ® at 125 g	I	100	100	100	100
	Galago at 150 ml	ii	100	100	100	100
	Wet-All at 0.1%	iii	100	100	100	100
		iv	100	100	100	100
	Mean		100	100	100	100
14	DINAMIC ® at 250 g	I	100	100	100	100
	Galago at 300 ml	ii	100	100	100	100
	Wet-All at 0.2%	iii	100	100	95	100
		iv	100	100	100	100
	Mean		100	100	99	100
AMASP = Amaranthus spinosus;
COMBE = Commelina benghalensis;
IPOPU = Ipomoea purpurea;
ELEIN = Eleusine indica

The higher Galago rate (150 mL/ha) improves control when used as a mixing partner for DINAMIC®. A wetter is beneficially used with this mixture. DINAMIC®+Galago without a wetter: DINAMIC® 700WDG at 125 g/ha+Galago 480SC at 100 mL/ha showed satisfactory control of Amaranthus spinosus and Commilina benghalensis, and as soon as the Galago rate increases to 150 mL/ha Eleusine indica and Ipomoea purpurea are also controlled. DINAMIC®+Galago with a wetter DINAMIC® 700WDG at 75 g/ha+Galago 480SC at 100 mL/ha+Wet-All at 0.1% resulted in excellent control of Amaranthus spinosus, Commilina benghalensis and Eleusine indica, but Ipomoea purpurea was marginally controlled. Signs of phytotoxicity were noticed in the plots were DINAMIC® 700WDG at 250 g/ha+Galago 480SC at 300 mL/ha+Wet-All at 0.1% was sprayed. DINAMIC® 700WDG at 125 g/ha+Galago 480SC at 150 mL/ha can be used to control Amaranthus spinosus, Eleusine indica, Ipomoea purpurea and Commilina benghalensis. DINAMIC® 700WDG at 75 g/ha+Galago 480SC at 100 mL/ha+Wet-All at 0.1% can be used to control Amaranthus spinosus, Eleusine indica, Ipomoea purpurea and Commilina benghalensis.

J. Post Emergence Application Against Weed in Maize

In this part of the Example the efficacy of DINAMIC® (amicarbazone 700WDG, 700 grams active/kg, available from Arysta LifeScience North America, Cary, N.C.) mixtures with Galago (mesotrione 480SC, 480 grams active/L, available from Arysta LifeScience North America, Cary, N.C.) or TOLLA 960 (available from Arysta LifeScience North America, Cary, N.C.) with or without Wet-All (available from Arysta LifeScience North America, Cary, N.C.) as a post emergence application against weeds in maize (variety PHI 2369W) was determined. A comparison with CALLISTO® 480SC plus GARDOGOLD® 500SC plus COMPLEMENT® Super (each available from Syngenta, Greensboro, N.C.) was performed.

Trials were conducted at a site with a history of weeds. The trials were executed under moderate weather conditions. Efficacy and visual phytotoxicity assessments were performed in triplicate. Normal practices were carried out to control insects and fungi. Crops were provided in 55 cm row width, at a sowing rate of 65,000 plants/ha, and at a sowing depth of five to eight cm. Soil class was clay with a clay content of about 40%. The site in this Example had been previously used for maize. Trial design was randomized blocks with a plot size of 20 m² replicated four times. Municipal water was used for all applications (pH=7.2).

Application of the treatments shown in Table 6-64 was conducted at post emergence stage 15 days after planting. Application of the treatments was conducted over a 24 hour period. Over this time period, dry bulb temperature was about 32° C., wet bulb temperature was about 25° C., relative humidity was about 50%, cloud cover was about 0%, and wind speed was about 0 m/s. Treatments were administered with a multi-spray gas sprayer with a 4× flat fan 03F80 nozzle. Spacing was 50 cm, with a height of 50 cm, pressure 2.8 Bar, at a ground speed of 1 m/s, and a calibration mean output of 330 L/ha. The soil temperature over the application period averaged to about 29° C. and the soil remained moist and fine. Crops stage at the outset was about 4 leaves with a BBCH scale of 14. Crop and weeds were actively growing. Weed stage was about 3-5 leaves.

TABLE 6-64
Treatments
		Dosage rate	Dosage rate
No	Treatments	(gai/ha)	(g/ha or mL/ha)
	Untreated control	—	—
1	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC +	48	100
	Wet-All	—	0.1%
2	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC +	72	150
	Wet-All	—	0.1%
3	DINAMIC ® 700WDG +	70	100
	Galago 480SC +	48	100
	Wet-All	—	0.1%
4	DINAMIC ® 700WDG +	70	100
	Galago 480SC +	72	150
	Wet-All	—	0.1%
5	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC +	48	100
	Wet-All	—	0.1%
6	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC +	72	150
	Wet-All	—	0.1%
7	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC +	48	100
	TOLLA 960	960	1000
	Wet-All	—	0.1%
8	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC +	72	150
	TOLLA 960	960	1000
	Wet-All	—	0.1%
9	DINAMIC ® 700WDG +	70	100
	Galago 480SC +	48	100
	TOLLA 960	960	1000
	Wet-All	—	0.1%
10	DINAMIC ® 700WDG +	70	100
	Galago 480SC +	72	150
	TOLLA 960	960	1000
	Wet-All	—	0.1%
11	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC +	48	100
	TOLLA 960	960	1000
	Wet-All	—	0.1%
12	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC +	72	150
	TOLLA 960	960	1000
	Wet-All	—	0.1%
13	DINAMIC ® 700WDG +	175	250
	Galago 480SC +	144	300
	TOLLA 960	960	1000
	Wet-All	—	0.1%
14	CALLISTO ® 480SC +	52.5	260
	GardoGold 500SC +	48	1562
	Compliment Super	960	0.1%

Assessments of the treated crops at 2, 4, and 6 weeks are summarized in Tables 6-65 to 6-67 below. No visual signs of phytotoxicity were noticed over 2 weeks. Signs of phytotoxicity were noticed in treatment 13 at 4 and 6 weeks.

TABLE 6-65
2 Week Assessment
	Crop condition	Actively growing
	Crop stage	5-6	Leaves
	BBCH scale	15-16
	Soil moisture	Wet
	Rain since last visit	18	mm

TABLE 6-66
4 Week Assessment
	Crop condition	Actively growing
	Crop stage	8	Leaves
	BBCH scale	18
	Soil moisture	Wet
	Rain since last visit	38	mm

TABLE 6-67
6 Week Assessment
	Crop condition	Actively growing
	Crop stage	10	leaves
	BBCH scale:	20
	Soil moisture	Moist
	Rain since last visit	0	mm

Control and weed cover at 2, 4, and 6 weeks for the indicated species are summarized below in Tables 6-68 through 6-70. 80% is considered acceptable control.

TABLE 6-68
% Control and weed cover (2 weeks after application)
	Treatments
	(product/ha)	Rep	ROTEX	AMAHY	COMBE
	Untreated control	I	30	40	30
	% soil cover	ii	40	30	30
		iii	40	50	10
		iv	30	40	30
	Mean		35	40	25
1	DINAMIC ® at	I	30	80	90
	75 g
	Galago at 100 ml	ii	40	70	90
	Wet-All at 0.1%	iii	30	80	90
		iv	20	80	90
	Mean		30	78	90
2	DINAMIC ® at	I	50	80	100
	75 g
	Galago at 150 ml	ii	40	80	100
	Wet-All at 0.1%	iii	40	90	95
		iv	50	80	100
	Mean		45	83	99
3	DINAMIC ® at	I	40	80	95
	100 g
	Galago at 100 ml	ii	40	90	95
	Wet-All at 0.1%	iii	40	80	100
		iv	50	90	90
	Mean		43	85	95
4	DINAMIC ® at	I	60	90	100
	100 g
	Galago at 150 ml	ii	40	90	100
	Wet-All at 0.1%	iii	50	90	100
		iv	60	90	100
	Mean		53	90	100
5	DINAMIC ® at	I	50	90	95
	125 g
	Galago at 100 ml	ii	40	80	95
	Wet-All at 0.1%	iii	50	90	100
		iv	50	95	95
	Mean		48	89	96
6	DINAMIC ® at	I	70	100	100
	125 g
	Galago at 150 ml	ii	50	100	100
	Wet-All at 0.1%	iii	60	95	100
		iv	60	100	100
	Mean		60	99	100
7	DINAMIC ® at	I	70	80	90
	75 g
	Galago at 100 ml	ii	80	80	95
	TOLLA 960 at	iii	80	80	95
	1000 ml
	Wet-All at 0.1%	iv	80	80	90
	Mean		78	80	93
8	DINAMIC ® at	I	70	100	100
	75 g
	Galago at 150 ml	ii	80	90	100
	TOLLA 960 at	iii	80	80	100
	1000 ml
	Wet-All at 0.1%	iv	90	90	100
	Mean		80	90	100
9	DINAMIC ® at	I	80	100	98
	100 g
	Galago at 100 ml	ii	90	100	98
	TOLLA 960 at	iii	80	90	100
	1000 ml
	Wet-All at 0.1%	iv	80	90	95
	Mean		83	95	98
10	DINAMIC ® at	I	90	90	100
	100 g
	Galago at 150 ml	ii	80	90	100
	TOLLA 960 at	iii	80	90	100
	1000 ml
	Wet-All at 0.1%	iv	90	90	100
	Mean		85	90	100
11	DINAMIC ® at	I	95	95	100
	125 g
	Galago at 100 ml	ii	80	100	100
	TOLLA 960 at	iii	90	90	98
	1000 ml
	Wet-All at 0.1%	iv	90	90	95
	Mean		89	94	98
12	DINAMIC ® at	I	90	100	100
	125 g
	Galago at 150 ml	ii	100	100	100
	TOLLA 960 at	iii	95	100	100
	1000 ml
	Wet-All at 0.1%	iv	95	100	100
	Mean		95	100	100
13	DINAMIC ® at	I	100	100	100
	250 g
	Galago at 300 ml	ii	95	100	100
	TOLLA 960 at	iii	100	100	100
	1000 ml
	Wet-All at 0.1%	iv	95	100	100
	Mean		98	100	100
14	CALLISTO ®	I	100	95	100
	480SC at 260 ml
	GardoGOLD at	ii	95	100	100
	1562 ml
	Compliment at	iii	95	95	100
	0.1%
		iv	95	100	100
	Mean		96	98	100
ROTTE = Rottboelia exaltata;
IPOPU = Ipomoea purpurea;
AMAHY = Amaranthus hybridus

TABLE 6-69
% Control and weed cover (4 weeks after application)
	Treatments
	(product/ha)	Rep	ROTEX	AMAHY	COMBE
	Untreated control	I	30	40	30
	% soil cover	ii	40	30	30
		iii	40	50	10
		iv	30	40	30
	Mean		35	40	25
1	DINAMIC ® at	I	40	80	90
	75 g
	Galago at 100 ml	ii	40	80	90
	Wet-All at 0.1%	iii	30	90	95
		iv	30	80	90
	Mean		35	83	91
2	DINAMIC ® at	I	50	90	100
	75 g
	Galago at 150 ml	ii	40	80	100
	Wet-All at 0.1%	iii	50	95	95
		iv	50	90	100
	Mean		48	89	99
3	DINAMIC ® at	I	40	90	95
	100 g
	Galago at 100 ml	ii	50	90	98
	Wet-All at 0.1%	iii	40	90	100
		iv	50	90	95
	Mean		45	90	97
4	DINAMIC ® at	I	60	100	100
	100 g
	Galago at 150 ml	ii	50	100	100
	Wet-All at 0.1%	iii	50	95	100
		iv	60	95	100
	Mean		55	98	100
5	DINAMIC ® at	I	50	95	95
	125 g
	Galago at 100 ml	ii	50	90	100
	Wet-All at 0.1%	iii	60	95	100
		iv	50	95	98
	Mean		53	94	98
6	DINAMIC ® at	I	70	100	100
	125 g
	Galago at 150 ml	ii	60	100	100
	Wet-All at 0.1%	iii	70	98	100
		iv	60	100	100
	Mean		65	100	100
7	DINAMIC ® at	I	70	90	90
	75 g
	Galago at 100 ml	ii	80	90	98
	TOLLA 960 at	iii	80	80	95
	1000 ml
	Wet-All at 0.1%	iv	80	90	95
	Mean		78	88	95
8	DINAMIC ® at	I	80	100	100
	75 g
	Galago at 150 ml	ii	80	90	100
	TOLLA 960 at	iii	80	90	100
	1000 ml
	Wet-All at 0.1%	iv	90	95	100
	Mean		83	94	100
9	DINAMIC ® at	I	80	100	100
	100 g
	Galago at 100 ml	ii	90	100	98
	TOLLA 960 at	iii	90	95	100
	1000 ml
	Wet-All at 0.1%	iv	90	95	98
	Mean		88	98	99
10	DINAMIC ® at	I	90	95	100
	100 g
	Galago at 150 ml	ii	80	95	100
	TOLLA 960 at	iii	90	90	100
	1000 ml
	Wet-All at 0.1%	iv	90	95	100
	Mean		88	94	100
11	DINAMIC ® at	I	95	98	100
	125 g
	Galago at 100 ml	ii	90	100	100
	TOLLA 960 at	iii	95	95	100
	1000 ml
	Wet-All at 0.1%	iv	90	95	98
	Mean		93	97	100
12	DINAMIC ® at	I	90	100	100
	125 g
	Galago at 150 ml	ii	100	100	100
	TOLLA 960 at	iii	98	100	100
	1000 ml
	Wet-All at 0.1%	iv	98	100	100
	Mean		97	100	100
13	DINAMIC ® at	I	100	100	100
	250 g
	Galago at 300 ml	ii	95	100	100
	TOLLA 960 at	iii	100	100	100
	1000 ml
	Wet-All at 0.1%	iv	100	100	100
	Mean		99	100	100
14	CALLISTO ®	I	100	100	100
	480SC at 260 ml
	GardoGOLD at	ii	95	100	100
	1562 ml
	Compliment at	iii	98	95	100
	0.1%	iv	100	100	100
	Mean		98	99	100
ROTTE = Rottboelia exaltata;
IPOPU = Ipomoea purpurea;
AMAHY = Amaranthus hybridus

TABLE 6-70
% Control and weed cover (6 weeks after application)
	Treatments
	(product/ha)	Rep	ROTEX	AMAHY	COMBE
	Untreated control	I	30	40	30
	% soil cover	ii	30	30	40
		iii	40	50	10
		iv	20	40	40
	Mean		30	40	30
1	DINAMIC ® at	I	40	80	90
	75 g
	Galago at 100 ml	ii	40	80	95
	Wet-All at 0.1%	iii	30	90	95
		iv	40	90	95
	Mean		38	85	94
2	DINAMIC ® at	I	50	90	100
	75 g
	Galago at 150 ml	ii	50	90	100
	Wet-All at 0.1%	iii	50	98	98
		iv	50	90	100
	Mean		50	92	100
3	DINAMIC ® at	I	50	90	95
	100 g
	Galago at 100 ml	ii	50	95	100
	Wet-All at 0.1%	iii	50	95	100
		iv	50	90	98
	Mean		50	93	98
4	DINAMIC ® at	I	60	100	100
	100 g
	Galago at 150 ml	ii	50	100	100
	Wet-All at 0.1%	iii	60	100	100
		iv	70	98	100
	Mean		60	100	100
5	DINAMIC ® at	I	50	98	95
	125 g
	Galago at 100 ml	ii	60	95	100
	Wet-All at 0.1%	iii	60	95	100
		iv	50	95	100
	Mean		55	96	99
6	DINAMIC ® at	I	70	100	100
	125 g
	Galago at 150 ml	ii	70	100	100
	Wet-All at 0.1%	iii	70	100	100
		iv	70	100	100
	Mean		70	100	100
7	DINAMIC ® at	I	80	90	95
	75 g
	Galago at 100 ml	ii	80	90	100
	TOLLA 960 at	iii	80	90	95
	1000 ml
	Wet-Al at 0.1%	iv	90	95	98
	Mean		83	91	97
8	DINAMIC ® at	I	90	100	100
	75 g
	Galago at 150 ml	ii	80	95	100
	TOLLA 960 at	iii	80	95	100
	1000 ml
	Wet-All at 0.1%	iv	90	95	100
	Mean		85	96	100
9	DINAMIC ® at	I	80	100	100
	100 g
	Galago at 100 ml	ii	95	100	100
	TOLLA 960 at	iii	95	100	100
	1000 ml
	Wet-All at 0.1%	iv	90	95	100
	Mean		90	99	100
10	DINAMIC ® at	I	90	98	100
	100 g
	Galago at 150 ml	ii	90	95	100
	TOLLA 960 at	iii	90	95	100
	1000 ml
	Wet-All at 0.1%	iv	95	95	100
	Mean		91	96	100
11	DINAMIC ® at	I	95	100	100
	125 g
	Galago at 100 ml	ii	95	100	100
	TOLLA 960 at	iii	95	95	100
	1000 ml
	Wet-All at 0.1%	iv	95	100	100
	Mean		95	99	100
12	DINAMIC ® at	I	98	100	100
	125 g
	Galago at 150 ml	ii	100	100	100
	TOLLA 960 at	iii	98	100	100
	1000 ml
	Wet-All at 0.1%	iv	100	100	100
	Mean		99	100	100
13	DINAMIC ® at	I	100	100	100
	250 g
	Galago at 300 ml	ii	98	100	100
	TOLLA 960 at	iii	100	100	100
	1000 ml
	Wet-All at 0.1%	iv	100	100	100
	Mean		100	100	100
14	CALLISTO ®	I	100	100	100
	480SC at 260 ml
	GardoGOLD at	ii	98	100	100
	1562 ml
	Compliment at	iii	100	98	100
	0.1%
		iv	100	100	100
	Mean		100	100	100
ROTTE = Rottboelia exaltata;
IPOPU = Ipomoea purpurea;
AMAHY = Amaranthus hybridus

DINAMIC®+Galago+Wet-All: Rottboellia exaltata could not be controlled by any dosage rates of this mixture. DINAMIC® 700WDG at 75 g/ha+Galago 480SC at 100 mL/ha+Wet-All at 0.1% resulted in satisfactory control of Amaranthus hybridus and Ipomoea purpurea. With the exception of Rottboellia exaltata DINAMIC® 700WDG at 125 g/ha+Galago 480SC at 150 mL/ha+Wet-All at 0.1% compared with the standard CALLISTO® 480 SC at 260 mL/ha+Gardo Gold at 1562 mL/ha+Compliment at 0.1%. Rottboellia exaltata was 100% controlled by the standard treatment DINAMIC®+Galago+TOLLA+Wet-All: DINAMIC® 700WDG at 75 g/ha+Galago 480SC at 100 mL/ha+TOLLA 960EC at 1000 mL/ha+Wet-All at 0.1% showed acceptable control of the entire weed spectrum after 6 weeks._DINAMIC® 700WDG at 125 g/ha+Galago 480SC at 150 mL/ha+TOLLA 960EC at 1000 mL/ha+Wet-All at 0.1% showed similar results to the standard CALLISTO® 480 SC at 260 mL/ha+Gardo Gold at 1562 mL/ha+Compliment at 0.1%. Signs of phytotoxicity were noticed in the plots were DINAMIC® 700WDG at 250 g/ha+Galago 480SC at 300 mL/ha+TOLLA 960EC at 1000 mL/ha+Wet-All at 0.1% was sprayed. DINAMIC® 700WDG at 75 g/ha+Galago 480SC at 150 mL/ha+TOLLA 960EC at 1000 mL/ha+Wet-All at 0.1% can safely be used to control of Amaranthus hybridus, Ipomoea purpurea and Rottboellia exaltata.

K. Post Emergence Application Against Weed in Maize

In this part of the Example the efficacy of DINAMIC® (amicarbazone 700WDG, 700 grams active/kg, available from Arysta LifeScience North America, Cary, N.C.) mixtures with Galago (mesotrione 480SC, 480 grams active/L, available from Arysta LifeScience North America, Cary, N.C.) or TOLLA 840S (available from Arysta LifeScience North America, Cary, N.C.) with or without Wet-All (available from Arysta LifeScience North America, Cary, N.C.) as a post emergence application against weeds in maize (variety PHI 32Y85) was determined. A comparison with CALLISTO® 480SC plus GARDOGOLD® 500SC plus COMPLEMENT® Super (each available from Syngenta, Greensboro, N.C.) was performed.

Trials were conducted at a site with a history of weeds. The trials were executed under moderate weather conditions. Efficacy and visual phytotoxicity assessments were performed in triplicate. Normal practices were carried out to control insects and fungi. Crops were provided in 76 cm row width, at a sowing rate of 65,000 plants/ha, and at a sowing depth of five to eight cm. Soil class was clay with a clay content of about 35%. The site in this Example had been previously used for soya beans. Trial design was randomized blocks with a plot size of 20 m² replicated four times. Municipal water was used for all applications (pH=7.2).

Application of the treatments shown in Table 6-71 was conducted at post emergence stage 14 days after planting. Application of the treatments was conducted over a 24 hour period. Over this time period, dry bulb temperature was about 26° C., wet bulb temperature was about 21° C., relative humidity was about 65%, cloud cover was about 50%, and wind speed was about 0 m/s. Treatments were administered with a multi-spray gas sprayer with a 4× flat fan 03F80 nozzle. Spacing was 50 cm, with a height of 50 cm, pressure 2.8 Bar, at a ground speed of 1 m/s, and a calibration mean output of 330 L/ha. The soil temperature over the application period averaged to about 23° C. and the soil remained moist and fine. Crops stage at the outset was about 4 leaves with a BBCH scale of 14. Crop and weeds were actively growing. Weed stage was about 2-5 leaves.

TABLE 6-71
Treatments
		Dosage rate	Dosage rate
No	Treatments	(gai/ha)	(g/ha or mL/ha)
	Untreated control	—	—
1	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC +	48	100
	Wet-All	—	0.1%
2	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC +	72	150
	Wet-All	—	0.1%
3	DINAMIC ® 700WDG +	70	100
	Galago 480SC +	48	100
	Wet-All	—	0.1%
4	DINAMIC ® 700WDG +	70	100
	Galago 480SC +	72	150
	Wet-All	—	0.1%
5	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC +	48	100
	Wet-All	—	0.1%
6	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC +	72	150
	Wet-All	—	0.1%
7	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC +	48	100
	TOLLA 960	960	1000
	Wet-All	—	0.1%
8	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC +	72	150
	TOLLA 960	960	1000
	Wet-All	—	0.1%
9	DINAMIC ® 700WDG +	70	100
	Galago 480SC +	48	100
	TOLLA 960	960	1000
	Wet-All	—	0.1%
10	DINAMIC ® 700WDG +	70	100
	Galago 480SC +	72	150
	TOLLA 960	960	1000
	Wet-All	—	0.1%
11	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC +	48	100
	TOLLA 960	960	1000
	Wet-All	—	0.1%
12	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC +	72	150
	TOLLA 960	960	1000
	Wet-All	—	0.1%
13	DINAMIC ® 700WDG +	175	250
	Galago 480SC +	144	300
	TOLLA 960	960	1000
	Wet-All	—	0.1%
14	CALLISTO ® 480SC +	52.5	260
	GardoGold 500SC +	48	1562
	Compliment	960	0.1%

Assessments of the treated crops at 2, 4, and 6 weeks are summarized in Tables 6-72 to 6-74 below. No visual signs of phytotoxicity were noticed over 6 weeks.

TABLE 6-72
2 Week Assessment
	Crop condition	Actively growing
	Crop stage	6	Leaves
	BBCH scale	16
	Soil moisture	Moist
	Rain since last visit	8	mm

TABLE 6-73
4 Week Assessment
	Crop condition	Actively growing
	Crop stage	7	Leaves
	BBCH scale	17
	Soil moisture	Wet
	Rain since last visit	44	mm

TABLE 6-74
6 Week Assessment
	Crop condition	Actively growing
	Crop stage	9	leaves
	BBCH scale:	19
	Soil moisture	Moist
	Rain since last visit	0	mm

Control and weed cover at 2, 4, and 6 weeks for the indicated species are summarized below in Tables 6-75 through 6-77. 80% is considered acceptable control.

TABLE 6-75
% Control and weed cover (2 weeks after application)
	Treatments
	(product/ha)	Rep	DIGSA	POROL	AMAHY	COMBE
	Untreated control	I	30	20	20	30
	% soil cover	ii	40	10	30	20
		iii	40	20	10	30
		iv	30	20	20	30
	Mean		35	18	20	28
1	DINAMIC ® at 75 g	I	80	80	70	70
	Galago at 100 ml	ii	70	80	70	80
	Wet-All at 0.1%	iii	80	70	60	70
		iv	80	70	70	70
	Mean		78	75	68	73
2	DINAMIC ® at 75 g	I	80	80	70	60
	Galago at 150 ml	ii	90	80	80	70
	Wet-All at 0.1%	iii	90	70	70	70
		iv	90	70	70	70
	Mean		88	75	73	68
3	DINAMIC ® at 100 g	I	70	90	90	80
	Galago at 100 ml	ii	80	90	80	80
	Wet-All at 0.1%	iii	80	80	90	80
		iv	70	90	90	70
	Mean		75	88	88	78
4	DINAMIC ® at 100 g	I	90	90	90	80
	Galago at 150 ml	ii	100	100	90	80
	Wet-All at 0.1%	iii	95	90	90	80
		iv	90	90	90	80
	Mean		94	93	90	80
5	DINAMIC ® at 125 g	I	90	100	98	95
	Galago at 100 ml	ii	95	100	100	95
	Wet-All at 0.1%	iii	90	100	95	95
		iv	90	100	95	95
	Mean		91	100	97	95
6	DINAMIC ® at 125 g	I	95	100	95	100
	Galago at 150 ml	ii	100	100	100	100
	Wet-All at 0.1%	iii	98	100	98	100
		iv	95	100	100	100
	Mean		97	100	98	100
7	DINAMIC ® at 75 g	I	90	100	85	90
	Galago at 100 ml	ii	90	100	90	90
	TOLLA 960 at	iii	95	100	90	95
	1000 ml	iv	95	100	80	90
	Wet-All at 0.1%
	Mean		93	100	86	91
8	DINAMIC ® at 75 g	I	95	100	90	100
	Galago at 150 ml	ii	100	100	100	100
	TOLLA 960 at	iii	100	100	95	95
	1000 ml	iv	100	100	95	100
	Wet-All at 0.1%
	Mean		99	100	95	99
9	DINAMIC ® at 100 g	I	95	100	100	100
	Galago at 100 ml	ii	100	100	100	95
	TOLLA 960 at	iii	98	100	100	100
	1000 ml	iv	95	100	100	100
	Wet-All at 0.1%
	Mean		97	100	100	99
10	DINAMIC ® at 100 g	I	90	100	95	95
	Galago at 150 ml	ii	100	100	100	100
	TOLLA 960 at	iii	100	100	100	100
	1000 ml	iv	100	100	98	100
	Wet-All at 0.1%
	Mean		98	100	98	99
11	DINAMIC ® at 125 g	I	90	100	100	100
	Galago at 100 ml	ii	90	100	98	100
	TOLLA 960 at	iii	95	100	98	95
	1000 ml	iv	95	100	100	98
	Wet-All at 0.1%
	Mean		93	100	99	98
12	DINAMIC ® at 125 g	I	100	100	90	100
	Galago at 150 ml	ii	100	100	100	100
	TOLLA 960 at	iii	100	100	95	98
	1000 ml	iv	100	100	95	100
	Wet-All at 0.1%
	Mean		100	100	95	100
13	DINAMIC ® at 250 g	I	100	100	100	100
	Galago at 300 ml	ii	100	100	100	100
	TOLLA 960 at	iii	100	100	100	100
	1000 ml	iv	100	100	100	100
	Wet-All at 0.1%
	Mean		100	100	100	100
14	CALLISTO ® 480SC	I	95	90	98	100
	at 260 ml	ii	90	95	100	100
	GardoGOLD at	iii	95	100	98	100
	1562 ml	iv	95	95	98	100
	Compliment at 0.1%
	Mean		94	95	99	100
DIGSA = Digitaria sanguinalis; POROL = Portulaca oleracea; AMAHY = Amaranthus hybridus; COMBE = Commelina benghalensis

TABLE 6-76
% Control and weed cover (4 weeks after application)
Treatments (product/ha)	Rep	DIGSA	POROL	AMAHY	COMBE
Untreated control	I	30	20	20	30
% soil cover	ii	40	10	30	20
	iii	40	20	10	30
	iv	30	20	20	30
Mean		35	18	20	28
DINAMIC ® at 75 g	I	80	80	70	80
Galago at 100 ml	ii	80	80	70	80
Wet-All at 0.1%	iii	80	70	70	70
	iv	90	80	80	70
Mean		83	78	73	75
DINAMIC ® at 75 g	I	90	80	70	70
Galago at 150 ml	ii	90	80	80	80
Wet-All at 0.1%	iii	90	70	80	80
	iv	98	80	80	70
Mean		92	78	78	75
DINAMIC ® at 100 g	I	80	90	90	80
Galago at 100 ml	ii	90	90	90	80
Wet-All at 0.1%	iii	80	90	90	70
	iv	80	90	90	80
Mean		83	90	90	78
DINAMIC ® at 100 g	I	95	95	90	80
Galago at 150 ml	ii	100	100	90	80
Wet-All at 0.1%	iii	98	90	95	90
	iv	90	95	90	90
Mean		96	95	91	85
DINAMIC ® at 125 g	I	95	100	98	95
Galago at 100 ml	ii	98	100	100	95
Wet-All at 0.1%	iii	90	100	95	95
	iv	95	100	95	95
Mean		95	100	97	95
DINAMIC ® at 125 g	I	98	100	95	100
Galago at 150 ml	ii	100	100	100	100
Wet-All at 0.1%	iii	100	100	98	100
	iv	98	100	100	100
Mean		99	100	98	100
DINAMIC ® at 75 g	I	90	100	85	90
Galago at 100 ml	ii	95	100	90	90
TOLLA 960 at 1000 ml	iii	100	100	90	95
Wet-All at 0.1%	iv	98	100	80	90
Mean		96	100	86	91
DINAMIC ® at 75 g	I	100	100	90	100
Galago at 150 ml	ii	100	100	100	100
TOLLA 960 at 1000 ml	iii	100	100	95	95
Wet-All at 0.1%	iv	100	100	95	100
Mean		100	100	95	99
DINAMIC ® at 100 g	I	98	100	100	100
Galago at 100 ml	ii	100	100	100	95
TOLLA 960 at 1000 ml	iii	100	100	100	100
Wet-All at 0.1%	iv	95	100	100	100
Mean		98	100	100	99
DINAMIC ® at 100 g	I	95	100	95	95
Galago at 150 ml	ii	100	100	100	100
TOLLA 960 at 1000 ml	iii	100	100	100	100
Wet-All at 0.1%	iv	100	100	98	100
Mean		99	100	98	99
DINAMIC ® at 125 g	I	95	100	100	100
Galago at 100 ml	ii	90	100	98	100
TOLLA 960 at 1000 ml	iii	98	100	98	95
Wet-All at 0.1%	iv	95	100	100	98
Mean		95	100	99	98
DINAMIC ® at 125 g	I	100	100	90	100
Galago at 150 ml	ii	100	100	100	100
TOLLA 960 at 1000 ml	iii	100	100	95	98
Wet-All at 0.1%	iv	100	100	95	100
Mean		100	100	95	100
DINAMICO ® at 250 g	I	100	100	100	100
Galago at 300 ml	ii	100	100	100	100
TOLLA 960 at 1000 ml	iii	100	100	100	100
Wet-All at 0.1%	iv	100	100	100	100
Mean		100	100	100	100
CALLISTO ® 480SC	I	95	90	98	100
at 260 ml
GardoGOLD at 1562 ml	ii	95	95	100	100
Compliment at 0.1%	iii	98	100	98	100
	iv	95	95	98	100
Mean		96	95	99	100
DIGSA = Digitariasanguinalis;
POROL = Portulacaoleracea;
AMAHY = Amaranthushybridus;
COMBE = Commelinabenghalensis

TABLE 6-77
% Control and weed cover (6 weeks after application)
	Treatments
	(product/ha)	Rep	DIGSA	POROL	AMAHY	COMBE
	Untreated control	I	20	20	30	30
	% soil cover	ii	20	20	40	20
		iii	30	20	20	30
		iv	20	30	20	30
	Mean		23	23	28	28
1	DINAMIC ® at 75 g	I	80	80	70	80
	Galago at 100 ml	ii	90	70	80	70
	Wet-All at 0.1%	iii	90	70	70	70
		iv	90	80	80	70
	Mean		88	75	75	73
2	DINAMIC ® at 75 g	I	95	70	70	70
	Galago at 150 ml	ii	90	80	80	80
	Wet-All at 0.1%	iii	95	70	80	70
		iv	100	70	70	70
	Mean		95	73	75	73
3	DINAMIC ® at 100 g	I	80	80	90	80
	Galago at 100 ml	ii	90	80	90	80
	Wet-All at 0.1%	iii	80	80	90	70
		iv	90	80	90	70
	Mean		85	80	90	75
4	DINAMIC ® at 100 g	I	100	90	95	80
	Galago at 150 ml	ii	100	95	90	70
	Wet-All at 0.1%	iii	100	90	95	80
		iv	95	90	90	90
	Mean		99	91	93	80
5	DINAMIC ® at 125 g	I	98	100	100	90
	Galago at 100 ml	ii	100	100	100	95
	Wet-All at 0.1%	iii	95	100	95	95
		iv	95	100	95	90
	Mean		97	100	98	93
6	DINAMIC ® at 125 g	I	100	100	95	100
	Galago at 150 ml	ii	100	100	100	100
	Wet-All at 0.1%	iii	100	100	100	100
		iv	100	100	100	100
	Mean		100	100	99	100
7	DINAMIC ® at 75 g	I	95	100	90	90
	Galago at 100 ml	ii	95	100	90	95
	TOLLA 960 at	iii	100	100	95	98
	1000 ml	iv	100	100	90	90
	Wet-All at 0.1%
	Mean		98	100	91	93
8	DINAMIC ® at 75 g	I	100	100	90	100
	Galago at 150 ml	ii	100	100	100	100
	TOLLA 960 at	iii	100	100	98	95
	1000 ml	iv	100	100	95	100
	Wet-All at 0.1%
	Mean		100	100	96	99
9	DINAMIC ® at 100 g	I	100	100	100	100
	Galago at 100 ml	ii	100	100	100	98
	TOLLA 960 at	iii	100	100	100	100
	1000 ml	iv	98	100	100	100
	Wet-All at 0.1%
	Mean		100	100	100	100
10	DINAMIC ® at 100 g	I	95	100	95	95
	Galago at 150 ml	ii	100	100	100	100
	TOLLA 960 at	iii	100	100	100	100
	1000 ml	iv	100	100	100	100
	Wet-All at 0.1%
	Mean		99	100	99	99
11	DINAMIC ® at 125 g	I	95	100	100	100
	Galago at 100 ml	ii	95	100	100	100
	TOLLA 960 at	iii	100	100	98	95
	1000 ml	iv	95	100	100	100
	Wet-All at 0.1%
	Mean		96	100	100	99
12	DINAMIC ® at 125 g	I	100	100	95	100
	Galago at 150 ml	ii	100	100	100	100
	TOLLA 960 at	iii	100	100	100	100
	1000 ml	iv	100	100	98	100
	Wet-All at 0.1%
	Mean		100	100	98	100
13	DINAMIC ® at 250 g	I	100	100	100	100
	Galago at 300 ml	ii	100	100	100	100
	TOLLA 960 at	iii	100	100	100	100
	1000 ml	iv	100	100	100	100
	Wet-All at 0.1%
	Mean		100	100	100	100
14	CALLISTO ® 480SC	I	95	95	100	100
	at 260 ml	ii	95	95	100	100
	GardoGOLD at	iii	98	100	98	100
	1562 ml	iv	95	95	100	100
	Compliment at 0.1%
	Mean		96	96	100	100
DIGSA = Digitaria sanguinalis; POROL = Portulaca oleracea; AMAHY = Amaranthus hybridus; COMBE = Commelina benghalensis

DINAMIC®+Galago+Wet-All: DINAMIC® 700WDG at 100 g/ha+Galago 480SC at 100 mL/ha+Wet-All at 0.1% resulted in satisfactory control of Digitaria sanguinalis, Portulaca oleracea and Amaranthus hybridus. Commilina benghalensis was insufficiently controlled but as soon as the Galago rate was increased to 100 mL/ha satisfactory control was achieved. DINAMIC®+Galago+TOLLA+Wet-All: The addition of TOLLA showed a drastic improvement on control. DINAMIC® 700WDG at 75 g/ha+Galago 480SC at 100 mL/ha+TOLLA 960EC at 1000 mL/ha+Wet-All at 0.1% showed excellent control of the entire weed spectrum after 6 weeks. This mixture performed on par with the standard CALLISTO® 480 SC at 260 mL/ha+Gardo_Gold at 1562 mL/ha+Compliment at 0.1%._No visual signs of phytotoxicity were noticed throughout the growing season. DINAMIC® 700WDG at 75 g/ha+Galago 480SC at 100 mL/ha+TOLLA 960EC at 1000 mL/ha+Wet-All at 0.1% can be used for to control Digitaria sanguinalis, Portulaca oleracea, Amaranthus hybridus and Commilina benghalensis.

L. Post Emergence Application Against Weed in Maize

In this part of the Example the efficacy of DINAMIC® (amicarbazone 700WDG, 700 grams active/kg, available from Arysta LifeScience North America, Cary, N.C.) mixtures with Galago (mesotrione 480SC, 480 grams active/L, available from Arysta LifeScience North America, Cary, N.C.) or TOLLA 840S (available from Arysta LifeScience North America, Cary, N.C.) with or without Wet-All (available from Arysta LifeScience North America, Cary, N.C.) as a post emergence application against weeds in maize (variety PAN60-445B) was determined. A comparison with CALLISTO® 480SC plus GARDOGOLD® 500SC plus COMPLEMENT® Super (each available from Syngenta, Greensboro, N.C.) was performed.

Trials were conducted at a site with a history of broad leaf weeds and grasses. The trials were executed under moderate weather conditions. Efficacy and visual phytotoxicity assessments were performed in triplicate. Normal practices were carried out to control insects and fungi. Crops were provided in 76 cm row width, at a sowing rate of 65,000 plants/ha, and at a sowing depth of five to eight cm. Soil class was clay with a clay content of about 28%. The site in this Example had been previously used for soya beans. Trial design was randomized blocks with a plot size of 20 m² replicated four times. Municipal water was used for all applications (pH=7.2).

Application of the treatments shown in Table 6-78 was conducted at post emergence stage 18 days after planting. Application of the treatments was conducted over a 24 hour period. Over this time period, dry bulb temperature was about 31° C., wet bulb temperature was about 28° C., relative humidity was about 80%, cloud cover was about 100%, and wind speed was about 0 m/s. Treatments were administered with a multi-spray gas sprayer with a 4× flat fan 03F80 nozzle. Spacing was 50 cm, with a height of 50 cm, pressure 2.8 Bar, at a ground speed of 1 m/s, and a calibration mean output of 330 L/ha. The soil temperature over the application period averaged to about 29° C. and the soil remained moist and fine. Crops stage at the outset was about 4 leaves with a BBCH scale of 14. Crop and weeds were actively growing. Weed stage was about 2-6 leaves.

TABLE 6-78
Treatments
		Dosage rate	Dosage rate
No	Treatments	(gai/ha)	(g/ha or mL/ha)
	Untreated control	—	—
1	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC +	48	100
	Wet-All	—	0.1%
2	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC +	72	150
	Wet-All	—	0.1%
3	DINAMIC ® 700WDG +	70	100
	Galago 480SC +	48	100
	Wet-All	—	0.1%
4	DINAMIC ® 700WDG +	70	100
	Galago 480SC +	72	150
	Wet-All	—	0.1%
5	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC +	48	100
	Wet-All	—	0.1%
6	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC +	72	150
	Wet-All	—	0.1%
7	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC +	48	100
	TOLLA 960	960	1000
	Wet-All	—	0.1%
8	DINAMIC ® 700WDG +	52.5	75
	Galago 480SC +	72	150
	TOLLA 960	960	1000
	Wet-All	—	0.1%
9	DINAMIC ® 700WDG +	70	100
	Galago 480SC +	48	100
	TOLLA 960	960	1000
	Wet-All	—	0.1%
10	DINAMIC ® 700WDG +	70	100
	Galago 480SC +	72	150
	TOLLA 960	960	1000
	Wet-All	—	0.1%
11	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC +	48	100
	TOLLA 960	960	1000
	Wet-All	—	0.1%
12	DINAMIC ® 700WDG +	87.5	125
	Galago 480SC +	79	150
	TOLLA 960	960	1000
	Wet-All	—	0.1%
13	DINAMIC ® 700WDG +	175	250
	Galago 480SC +	144	300
	TOLLA 960	960	1000
	Wet-All	—	0.1%
14	CALLISTO ® 480SC +	52.5	260
	GardoGold 500SC +	48	1562
	Compliment	960	0.1%

Assessments of the treated crops at 2, 4, and 6 weeks are summarized in Tables 6-79 to 6-81 below. No visual signs of phytotoxicity were noticed over 4 weeks. Signs of phytotoxicity were noticed in treatment 13 at 6 weeks.

TABLE 6-79
2 Week Assessment
	Crop condition	Actively growing
	Crop stage	6	Leaves
	BBCH scale	16
	Soil moisture	Moist
	Rain since last visit	16	mm

TABLE 6-80
4 Week Assessment
	Crop condition	Actively growing
	Crop stage	8	Leaves
	BBCH scale	18
	Soil moisture	Wet
	Rain since last visit	30	mm

TABLE 6-81
6 Week Assessment
	Crop condition	Actively growing
	Crop stage	10	leaves
	BBCH scale:	18
	Soil moisture	Moist
	Rain since last visit	0	mm

Control and weed cover at 2, 4, and 6 weeks for the indicated species are summarized below in Tables 6-82 through 6-84. 80% is considered acceptable control.

TABLE 6-82
% Control and weed cover (2 weeks after application)
	Treatments (product/ha)	Rep	AMASP	ELEIN	IPOPI	COMBI
	Untreated control	I	30	30	20	20
	% soil cover	ii	20	40	10	30
		iii	30	40	20	10
		iv	30	30	20	20
	Mean		28	35	18	20
1	DINAMIC ® at	I	100	100	90	100
	75 g	ii	98	100	90	98
	Galago at 100 ml	iii	100	100	90	98
	Wet-All at 0.1%	iv	100	100	90	98
	Mean		100	100	90	99
2	DINAMIC ® at	I	100	100	100	95
	75 g	ii	100	100	100	98
	Galago at 150 ml	iii	100	100	100	98
	Wet-All at 0.1%	iv	100	100	100	100
	Mean		100	100	100	98
3	DINAMIC ® at	I	98	100	90	95
	100 g	ii	98	100	90	95
	Galago at 100 ml	iii	100	100	90	100
	Wet-All at 0.1%	iv	100	100	90	100
	Mean		99	100	90	98
4	DINAMIC ® at	I	100	100	95	100
	100 g	ii	100	100	98	100
	Galago at 150 ml	iii	100	100	95	100
	Wet-All at 0.1%	iv	100	100	98	100
	Mean		100	100	97	100
5	DINAMIC ® at	I	100	100	95	100
	125 g	ii	100	100	98	100
	Galago at 100 ml	iii	100	100	98	100
	Wet-All at 0.1%	iv	100	100	98	100
	Mean		100	100	97	100
6	DINAMIC ® at	I	100	100	100	100
	125 g	ii	100	100	100	100
	Galago at 150 ml	iii	100	100	100	100
	Wet-All at 0.1%	iv	100	100	100	100
	Mean		100	100	100	100
7	DINAMIC ® at	I	90	95	100	90
	75 g	ii	90	90	100	95
	Galago at 100 ml	iii	95	90	100	95
	TOLLA 960 at	iv	90	95	100	95
	1000 ml
	Wet-All at 0.1%
	Mean		91	93	100	100
8	DINAMIC ® at	I	95	90	100	95
	75 g	ii	95	90	100	95
	Galago at 150 ml	iii	95	90	100	98
	TOLLA 960 at	iv	98	90	100	95
	1000 ml
	Wet-All at 0.1%
	Mean		96	90	100	96
9	DINAMIC ® at	I	90	95	100	98
	100 g	ii	90	90	100	100
	Galago at 100 ml	iii	90	90	100	95
	TOLLA 960 at	iv	90	90	100	100
	1000 ml
	Wet-All at 0.1%
	Mean		90	91	100	98
10	DINAMIC ® at	I	98	98	100	100
	100 g	ii	98	95	100	100
	Galago at 150 ml	iii	98	98	100	100
	TOLLA 960 at	iv	90	95	100	100
	1000 ml
	Wet-All at 0.1%
	Mean		96	97	100	100
11	DINAMIC ® at	I	95	100	100	95
	125 g	ii	95	98	100	95
	Galago at 100 ml	iii	90	95	100	95
	TOLLA 960 at	iv	95	95	100	98
	1000 ml
	Wet-All at 0.1%
	Mean		94	97	100	96
12	DINAMIC ® at	I	98	98	100	98
	125 g	ii	100	95	100	100
	Galago at 150 ml	iii	100	98	100	100
	TOLLA 960 at	iv	95	95	100	100
	1000 ml
	Wet-All at 0.1%
	Mean		98	97	100	100
13	DINAMIC ® at	I	100	98	100	100
	250 g	ii	100	100	100	100
	Galago at 300 ml	iii	100	100	100	100
	TOLLA 960 at	iv	100	98	100	100
	1000 ml
	Wet-All at 0.1%
	Mean		100	99	100	100
14	CALLISTO ®	I	90	98	100	90
	480SC at 260 ml	ii	90	95	100	95
	GardoGOLD at	iii	95	90	100	90
	1562 ml	iv	95	90	100	90
	Compliment at
	0.1%
	Mean		93	93	100	91
AMASP = Amaranthus spinosus; COMBE = Commelina benghalensis; IPOPU = Ipomoea purpurea; ELEIN = Eleusine indica

TABLE 6-83
% Control and weed cover (4 weeks after application)
	Treatments (product/ha)	Rep	AMASP	ELEIN	IPOPI	COMBI
	Untreated control	I	30	30	20	20
	% soil cover	ii	20	30	20	30
		iii	30	30	20	20
		iv	30	20	30	20
	Mean		28	28	23	23
1	DINAMIC ® at	I	100	100	80	100
	75 g	ii	100	100	80	98
	Galago at 100 ml	iii	100	100	90	98
	Wet-All at 0.1%	iv	100	100	80	98
	Mean		100	100	83	99
2	DINAMIC ® at	I	100	100	98	95
	75 g	ii	100	100	90	98
	Galago at 150 ml	iii	100	100	80	98
	Wet-All at 0.1%	iv	100	100	90	100
	Mean		100	100	90	98
3	DINAMIC ® at	I	100	100	80	95
	100 g	ii	98	100	90	95
	Galago at 100 ml	iii	100	100	80	100
	Wet-All at 0.1%	iv	100	100	80	100
	Mean		100	100	83	98
4	DINAMIC ® at	I	100	100	95	100
	100 g	ii	100	100	95	100
	Galago at 150 ml	iii	100	100	95	100
	Wet-All at 0.1%	iv	100	100	95	100
	Mean		100	100	95	100
5	DINAMIC ® at	I	100	100	90	100
	125 g	ii	100	100	95	100
	Galago at 100 ml	iii	100	100	95	100
	Wet-All at 0.1%	iv	100	100	90	100
	Mean		100	100	93	100
6	DINAMIC ® at	I	100	100	100	100
	125 g	ii	100	100	100	100
	Galago at 150 ml	iii	100	100	100	100
	Wet-All at 0.1%	iv	100	100	100	100
	Mean		100	100	100	100
7	DINAMIC ® at	I	100	98	100	90
	75 g	ii	100	95	100	95
	Galago at 100 ml	iii	100	98	100	95
	TOLLA 960 at	iv	100	100	100	95
	1000 ml
	Wet-All at 0.1%
	Mean		100	98	100	100
8	DINAMIC ® at	I	100	100	100	95
	75 g	ii	100	100	100	95
	Galago at 150 ml	iii	100	100	100	98
	TOLLA 960 at	iv	100	100	100	95
	1000 ml
	Wet-All at 0.1%
	Mean		100	100	100	96
9	DINAMIC ® at	I	100	100	100	98
	100 g	ii	100	98	100	100
	Galago at 100 ml	iii	100	95	100	95
	TOLLA 960 at	iv	100	100	100	100
	1000 ml
	Wet-All at 0.1%
	Mean		100	98	100	98
10	DINAMIC ® at	I	100	100	100	100
	100 g	ii	100	100	100	100
	Galago at 150 ml	iii	100	100	100	100
	TOLLA 960 at	iv	100	100	100	100
	1000 ml
	Wet-All at 0.1%
	Mean		100	100	100	100
11	DINAMIC ® at	I	100	100	100	95
	125 g	ii	100	100	100	95
	Galago at 100 ml	iii	100	95	100	95
	TOLLA 960 at	iv	100	98	100	98
	1000 ml
	Wet-All at 0.1%
	Mean		100	98	100	96
12	DINAMIC ® at	I	100	100	100	98
	125 g	ii	100	100	100	100
	Galago at 150 ml	iii	100	100	100	100
	TOLLA 960 at	iv	100	100	100	100
	1000 ml
	Wet-All at 0.1%
	Mean		100	100	100	100
13	DINAMIC ® at	I	100	100	100	100
	250 g	ii	100	100	100	100
	Galago at 300 ml	iii	100	100	100	100
	TOLLA 960 at	iv	100	100	100	100
	1000 ml
	Wet-All at 0.1%
	Mean		100	100	100	100
14	CALLISTO ®	I	100	100	100	90
	480SC at 260 ml	ii	100	100	100	95
	GardoGOLD at	iii	100	100	100	90
	1562 ml	iv	100	100	100	90
	Compliment at
	0.1%
	Mean		100	100	100	91
AMASP = Amaranthus spinosu; COMBE = Commelina benghalensis; PORT = Ipomoea purpurea; ELEIN = Eleusine indica

TABLE 6-84
% Control and weed cover (6 weeks after application)
	Treatments (product/ha)	Rep	AMASP	ELEIN	IPOPI	COMBI
	Untreated control	I	30	20	20	30
	% soil cover	ii	30	20	20	30
		iii	40	20	20	20
		iv	30	20	30	20
	Mean		33	20	23	25
1	DINAMIC ® at 75 g	I	100	100	80	90
	Galago at 100 ml	ii	100	100	80	90
	Wet-All at 0.1%	iii	100	100	80	90
		iv	100	100	80	90
	Mean		100	100	80	90
2	DINAMIC ® at 75 g	I	100	100	95	90
	Galago at 150 ml	ii	100	100	80	95
	Wet-All at 0.1%	iii	100	100	80	90
		iv	100	100	80	95
	Mean		100	100	84	93
3	DINAMIC ® at 100 g	I	100	100	80	90
	Galago at 100 ml	ii	100	100	80	90
	Wet-All at 0.1%	iii	100	100	70	98
		iv	100	100	80	95
	Mean		100	100	78	93
4	DINAMIC ® at 100 g	I	100	100	90	100
	Galago at 150 ml	ii	100	100	90	100
	Wet-All at 0.1%	iii	100	100	90	100
		iv	100	100	90	100
	Mean		100	100	90	100
5	DINAMIC ® at 125 g	I	100	100	80	100
	Galago at 100 ml	ii	100	100	90	100
	Wet-All at 0.1%	iii	100	100	90	100
		iv	100	100	90	100
	Mean		100	100	88	100
6	DINAMIC ® at 125 g	I	100	100	100	100
	Galago at 150 ml	ii	100	100	100	100
	Wet-All at 0.1%	iii	100	100	100	100
		iv	100	100	100	100
	Mean		100	100	100	100
7	DINAMIC ® at 75 g	I	100	100	100	95
	Galago at 100 ml	ii	100	98	100	95
	TOLLA 960 at 1000 ml	iii	100	100	100	98
	Wet-All at 0.1%	iv	100	100	100	98
	Mean		100	100	100	100
8	DINAMIC ® at 75 g	I	100	100	100	95
	Galago at 150 ml	ii	100	100	100	98
	TOLLA 960 at 1000 ml	iii	100	100	100	100
	Wet-All at 0.1%	iv	100	100	100	95
	Mean		100	100	100	97
9	DINAMIC ® at 100 g	I	100	100	100	100
	Galago at 100 ml	ii	100	100	100	100
	TOLLA 960 at 1000 ml	iii	100	95	100	95
	Wet-All at 0.1%	iv	100	100	100	100
	Mean		100	99	100	99
10	DINAMIC ® at 100 g	I	100	100	100	100
	Galago at 150 ml	ii	100	100	100	100
	TOLLA 960 at 1000 ml	iii	100	100	100	100
	Wet-All at 0.1%	iv	100	100	100	100
	Mean		100	100	100	100
11	DINAMIC ® at 125 g	I	100	100	100	98
	Galago at 100 ml	ii	100	100	100	98
	TOLLA 960 at 1000 ml	iii	100	95	100	95
	Wet-All at 0.1%	iv	100	100	100	100
	Mean		100	99	100	98
12	DINAMIC ® at 125 g	I	100	100	100	100
	Galago at 150 ml	ii	100	100	100	100
	TOLLA 960 at 1000 ml	iii	100	100	100	100
	Wet-All at 0.1%	iv	100	100	100	100
	Mean		100	100	100	100
13	DINAMIC ® at 250 g	I	100	100	100	100
	Galago at 300 ml	ii	100	100	100	100
	TOLLA 960 at 1000 ml	iii	100	100	100	100
	Wet-All at 0.1%	iv	100	100	100	100
	Mean		100	100	100	100
14	CALLISTO ®	I	100	100	100	95
	480SC at 260 ml	ii	100	100	100	95
	GardoGOLD at 1562 ml	iii	100	100	100	90
	Compliment at 0.1%	iv	100	100	100	95
	Mean		100	100	100	94
AMASP = Amaranthus spinosus; COMBE = Commelina benghalensis; IPOPU = Ipomoea purpurea; ELEIN = Eleusine indica

The results indicate that TOLLA was unnecessarily added to the DINAMIC®+Galago+Wet-All mixture as the mixture gave sufficient control without TOLLA. DINAMIC®+Galago+Wet-All: DINAMIC® 700WDG at 75 g/ha+Galago 480SC at 100 mL/ha+Wet-All at 0.1% resulted in excellent control of Amaranthus spinosus and satisfactory control of Commilina benghalensis and Ipomoea purpurea. With the exception of Ipomoea purpurea this mixture compared with the standard CALLISTO® 480 SC at 260 mL/ha+Gardo Gold at 1562 mL/ha+Compliment at 0.1%. DINAMIC®+Galago+TOLLA+Wet-All: DINAMIC® 700WDG at 75 g/ha+Galago 480SC at 100 mL/ha+TOLLA 960EC at 1000 mL/ha+Wet-All at 0.1% showed 100% control of the entire weed spectrum after 6 weeks. This mixture outperformed the standard CALLISTO® 480 SC at 260 mL/ha+Gardo Gold at 1562 mL/ha+Compliment at 0.1%. Signs of phytotoxicity were noticed in the plots were DINAMIC® 700WDG at 250 g/ha+Galago 480SC at 300 mL/ha+TOLLA 960EC at 1000 mL/ha+Wet-All at 0.1% was sprayed. DINAMIC® 700WDG at 75 g/ha+Galago 480SC at 100 mL/ha+TOLLA 960EC at 1000 mL/ha+Wet-All at 0.1% can be used to control of Amaranthus spinosus, Eleusine indica, Ipomoea purpurea and Commilina benghalensis.

M. Pre Emergence Application Against Weed in Maize

This Example compares the herbicidal selectivity and efficacy of DINAMIC® 700WDG applied in combination with Galago and TOLLA 840S as a pre-emergence application with regards to both crop and weeds in dry land maize. Treatments and conditions are tabulated below.

TABLE 6-85
Treatments
		Rate/ha
TREATMENT	Product (   )	a.i. (g)
1	DINAMIC ® + Galago	75 g + 100 m	52.5 + 48
2	DINAMIC ® + Galago	75 g + 150 m	52.5 + 72
3	DINAMIC ® + Galago	100 g + 100 m	70 + 48
4	DINAMIC ® + Galago	100 g + 150 m	70 + 72
5	DINAMIC ® + Galago	125 g + 100 m	87.5 + 48
6	DINAMIC ® + Galago	125 g + 150 m	87.5 + 72
7	DINAMIC ® + Galago + TOLLA 840S	75 g + 100 m    + 1.0	52.5 + 48 + 840
8	DINAMIC ® + Galago + TOLLA 840S	75 g + 150 m    + 1.0	52.5 + 72 + 840
9	DINAMIC ® + Galago + TOLLA 840S	100 g + 100 m    + 1.0	70 + 48 + 840
10	DINAMIC ® + Galago + TOLLA 840S	100 g + 150 m    + 1.0	70 + 72 + 840
11	DINAMIC ® + Galago + TOLLA 840S	125 g + 100 m    + 1.0	87.5 + 48 + 840
12	DINAMIC ® + Galago + TOLLA 840S	125 g + 150 m    + 1.0	87.5 + 72 + 840
13	DINAMIC ® + Galago + TOLLA 840S	250 g + 300 m    + 2.0	175 + 144 + 1680
14	CALLISTO ® + Dual Gold	260 m    + 710 m	125 + 650
15	Untreated control	—	—

TABLE 6-86
Test products
				Manufacturer/	Reg.
Product	Active Ingredient	Form	Supplier	No.
1	DINAMIC ®	Amicarbazone 700 g/kg	WDG	Arysta Lifescience
	700WDG
2	Galago	Mesotrione 480 g/	SC	Arysta Lifescience	L. 8089
3	TOLLA 840 S	Metolachlor 840 g/    + Safener	EC	Arysta Lifescience	L. 7374
4	CALLISTO ®	Mesotrione 480 g/	SC	Syngenta	L. 6795
5	DUAL S	S-Metolachlor 915 g/    + Safener	EC	Syngenta	L. 5749
	GOLD ®

TABLE 6-87
TRIAL DESIGN:
Design     Completely randomized design
Replicates Five
Plot size  5 m × 2.5 m = Nett/plot

TABLE 6-88
SPRAYER
Sprayer     CO2 Precision Sprayer
Boom        2.5 m aluminium
Nozzle      5 × 11002 flat fan nozzles (Teejet 11002 DG)
Pressure    2.7 Bar
Application 200    /ha

Spray Water Quality

pH: 6.62EC: 0.85 mS/m

Spray Volume

200/ha at 2.7 Bar

TABLE 6-89
WEATHER INFORMATION AT APPLICATION
Temperature (max) 21.9° C.
RH:               48%
Wind:             0-10 km/h, N
Cloud             6/8

TABLE 6-90
SOIL PROPERTIES AT APPLICATION:
Clay Fraction     16.0%
Silt Fraction     3.5%
Sand Fraction     80.5%
pH (KCl)          5.1
Moisture          Surface dry, subsurface moist at 6 cm
Seedbed condition Medium to cloddy

Irrigation

None (rain-fed)

Crop

Crop: Maize

Variety: Phb 31 G 54 BR

Growth stage: Pre-emergence (BBCH growth stage 00)Sowing depth: 5 cmSowing density: 45000 plants/ha

TABLE 6-91
WEED INFORMATION
	SPECIES	COMMON NAME	ABBREVIATION
	Bidens pilosa	Blackjack	BIDPI
	Amaranthus hybridus	Pigweed	AMAHY
	Tagetes minuta	Khaki weed	TAGMI
	Digitaria sanquinalis	Crab-finger grass	DIGSA

TABLE 6-92
ASSESSMENT DETAILS:
Method      Comparative Efficacy
Herbicide   Efficacy:
            Number of weeds in treated versus untreated plots
            Selectivity:
            1. Visual phytotoxicity: BBA 1-9 scale (refer to
            appendix for details)
            2. Yield: 20 cobs harvested at random from each plot.
            Average grain weight per plot determined using a
            precision 2 decimal scale. Statistical evaluation:
            ANOVA at the 95% probability using Tukeys LSD
            formulae
Assessment  14 DAA-Efficacy/Selectivity
Times-Days  28 DAA-Efficacy/Selectivity
After       42 DAA-Efficacy/Selectivity
Application 56 DAA-Efficacy
(DAA)       Harvest-Selectivity

TABLE 6-93
Comparative yield of DINAMIC ® 700WDG programs
		YIELD (Kg/plot)
		Replicate
	TREATMENT	I	II	III	IV	Mean
1	DINAMIC ® + Galago	2.77	2.45	3.07	3.25	2.89 b
	75 g + 100 m
2	DINAMIC ® + Galago	2.14	2.11	3.03	2.65	2.34 ab
	75 g + 150 m   0
3	DINAMIC ® + Galago	2.45	3.12	2.33	2.50	2.70 ab
	100 g + 100 m
4	DINAMIC ® + Galago	2.35	2.33	2.50	2.32	2.72 ab
	100 g + 150 m
5	DINAMIC ® + Galago	3.00	3.13	2.97	2.42	2.44 b
	125 g + 100 m
6	DINAMIC ® + Galago	2.67	2.17	2.06	2.06	2.75 a
	125 g + 150 m
7	DINAMIC ® + Galago +	2.64	2.56	2.76	3.00	2.16 ab
	TOLLA 840S
	75 g + 100 m   + 1.0
8	DINAMIC ® + Galago +	2.73	2.90	2.98	3.06	2.30 b
	TOLLA 840S
	75 g + 150 m   + 1.0
9	DINAMIC ® + Galago +	2.70	2.86	2.94	3.02	2.39 b
	TOLLA 840S
	100 g + 100 m   + 1.0
10	DINAMIC ® + Galago +	2.73	2.90	2.98	3.06	2.47 b
	TOLLA 840S
	100 g + 150 m   + 1.0
11	DINAMIC ® + Galago +	2.71	2.87	2.96	3.04	2.92 b
	TOLLA 840S
	125 g + 100 m   + 1.0
12	DINAMIC ® + Galago +	2.70	2.87	2.95	3.03	2.88 b
	TOLLA 840S
	125 g + 150 m   + 1.0
13	DINAMIC ® + Galago +	2.72	2.88	2.96	3.05	2.67 b
	TOLLA 840S
	250 g + 300 m   + 2.0
14	CALLISTO ® + Dual Gold	2.68	2.85	2.93	3.01	2.99 b
	260 m   + 710 m
15	Untreated control	2.68	2.84	2.92	3.00	2.89 b
Note:
Treatment means sharing the same letter do not differ significantly by LSD test at the 5% (α = 0.05) level of probability

TABLE 6-94
Comparative visual phytotoxicity of DINAMIC ® 700WDG
pre-emergence programs
			BBA VISUAL
			PHYTOTOXICITY
			SCALE
			(1-no damage; 9-dead)
			Replicate
	TREATMENT	Timing	I	II	III	IV	Mean
1	DINAMIC ® + Galago	14	1	1	1	1	1.0
	75 g + 100 m	28	1	1	1	1	1.0
		42	1	1	1	1	1.0
2	DINAMIC ® + Galago	14	1	1	1	1	1.0
	75 g + 150 m	28	1	1	1	1	1.0
		42	1	1	1	1	1.0
3	DINAMIC ® + Galago	14	1	1	1	1	1.0
	100 g + 100 m	28	1	1	1	1	1.0
		42	1	1	1	1	1.0
4	DINAMIC ® + Galago	14	1	1	1	1	1.0
	100 g + 150 m	28	1	1	1	1	1.0
		42	1	1	1	1	1.0
5	DINAMIC ® + Galago	14	1	1	1	1	1.0
	125 g + 100 m	28	1	1	1	1	1.0
		42	1	1	1	1	1.0
6	DINAMIC ® + Galago	14	1	1	1	1	1.0
	125 g + 150 m	28	1	1	1	1	1.0
		42	1	1	1	1	1.0
7	DINAMIC ® + Galago +	14	1	1	1	1	1.0
	TOLLA 840S	28	1	1	1	1	1.0
	75 g + 100 m   + 1.0	42	1	1	1	1	1.0
8	DINAMIC ® + Galago +	14	1	1	1	1	1.0
	TOLLA 840S	28	1	1	1	1	1.0
	75 g + 150 m   + 1.0	42	1	1	1	1	1.0
9	DINAMIC ® + Galago +	14	1	1	1	1	1.0
	TOLLA 840S	28	1	1	1	1	1.0
	100 g + 100 m   + 1.0	42	1	1	1	1	1.0
10	DINAMIC ® + Galago +	14	1	1	1	1	1.0
	TOLLA 840S	28	1	1	1	1	1.0
	100 g + 150 m   + 1.0	42	1	1	1	I	1.0
11	DINAMIC ® + Galago +	14	1	1	1	1	1.0
	TOLLA 840S	28	1	1	1	1	1.0
	125 g + 100 m   + 1.0	42	1	1	1	1	1.0
12	DINAMIC ® + Galago +	14	1	1	1	1	1.0
	TOLLA 840S	28	1	1	1	1	1.0
	125 g + 150 m   + 1.0	42	1	1	1	1	1.0
13	DINAMIC ® + Galago +	14	1	1	1	1	1.0
	TOLLA 840S	28	1	1	1	1	1.0
	250 g + 300 m   + 2.0	42	1	1	1	1	1.0
14	CALLISTO ® + Dual Gold	14	1	1	1	1	1.0
	260 m   + 710 m	28	1	1	1	1	1.0
		42	1	1	1	1	1.0
15	Untreated control	14	1	1	1	1	1.0
		28	1	1	1	1	1.0
		42	1	1	1	1	1.0

TABLE 6-95
Comparative herbicidal activity of DINAMIC ® 700WDG pre-emergence programs
			AVERAGE % WEED
			CONTROL BY SPECIES
			% C = Visual % weed control
			% P = Visual % weed pressure
			BIDPI	AMAHY	TAGMI	DIGSA
			%	%	%	%	%	%	%	%
TREATMENT	Timing	C	P	C	P	C	P	C	P
1	DINAMIC ® + Galago	14	95	5	85	3	100	3	45	3
	75 g + 100 m	28	90	10	75	10	100	5	40	5
		42	80	12	65	15	80	10	20	10
		56	60	15	55	20	70	12	10	15
2	DINAMIC ® + Galago	14	98	5	96	3	100	1	50	1
	75 g + 150 m	28	96	10	90	5	100	3	50	3
		42	80	15	85	10	94	5	30	10
		56	70	20	80	20	90	10	20	15
3	DINAMIC ® + Galago	14	96	3	95	3	100	1	45	5
	100 g + 100 m	28	92	5	93	5	100	3	40	10
		42	75	10	85	10	90	5	20	15
		56	65	12	70	20	80	10	10	25
4	DINAMIC ® + Galago	14	96	3	98	3	100	1	55	3
	100 g + 150 m	28	92	5	96	5	100	5	50	5
		42	85	10	92	15	95	10	40	10
		56	70	10	90	25	90	12	35	15
5	DINAMIC ® + Galago	14	99	3	98	3	100	1	50	5
	125 g + 100 m	28	96	5	96	5	100	3	45	10
		42	90	10	92	10	100	5	30	15
		56	85	15	90	20	98	12	20	25
6	DINAMIC ® + Galago	14	96	5	99	5	100	3	55	1
	125 g + 150 m	28	92	10	95	10	100	5	55	3
		42	90	12	92	15	94	10	45	10
		56	90	15	90	25	90	12	40	15
7	DINAMIC ® + Galago + TOLLA 840S	14	99	5	100	5	100	3	99	5
	75 g + 100 m   + 1.0	28	96	10	98	10	100	5	99	10
		42	90	12	92	15	94	10	99	15
		56	85	15	88	25	92	15	98	25
8	DINAMIC ® + Galago + TOLLA 840S	14	99	5	100	5	100	3	100	3
	75 g + 150 m   + 1.0	28	95	10	98	15	100	5	100	5
		42	90	15	96	25	94	10	98	10
		56	90	20	94	30	92	15	98	15
9	DINAMIC ® + Galago + TOLLA 840S	14	100	3	98	3	100	1	100	5
	100 g + 100 m   + 1.0	28	99	5	95	5	100	3	100	10
		42	90	10	92	15	99	5	100	15
		56	85	12	90	20	98	10	98	25
10	DINAMIC ® + Galago + TOLLA 840S	14	100	3	100	1	100	1	100	1
	100 g + 150 m   + 1.0	28	99	5	99	5	100	5	99	3
		42	96	10	95	10	99	10	98	10
		56	90	10	90	20	98	12	98	15
11	DINAMIC ® + Galago + TOLLA 840S	14	100	5	100	3	100	3	100	1
	125 g + 100 m   + 1.0	28	99	10	98	5	100	5	100	3
		42	92	12	90	10	95	10	99	5
		56	85	15	88	20	90	15	98	15
12	DINAMIC ® + Galago + TOLLA 840S	14	100	3	100	1	100	1	100	1
	125 g + 150 m   + 1.0	28	99	8	99	5	99	3	100	3
		42	92	12	95	7	99	5	98	5
		56	90	15	93	15	95	10	98	15
13	DINAMIC ® + Galago + TOLLA 840S	14	100	3	100	3	100	1	100	3
	250 g + 300 m   + 2.0	28	100	5	100	5	100	3	100	5
		42	99	12	99	10	100	5	100	15
		56	98	15	97	15	100	10	99	25
14	CALLISTO ® + DUAL S GOLD ®	14	99	5	100	3	100	3	100	5
	260 m   + 710 m	28	96	8	97	5	100	5	100	10
		42	92	12	97	10	98	10	100	20
		56	92	15	94	20	96	15	99	25
15	Untreated control	14	0	3	0	3	0	3	0	3
		28	0	5	0	5	0	5	0	5
		42	0	10	0	10	0	10	0	15
		56	0	15	0	20	0	15	0	25

The trial was conducted on a commercial maize crop produced under dry land conditions. The DINAMIC® 700WDG formulation was evaluated for herbicidal activity and crop selectivity when applied as a pre-emergence spray program in tank-mix combination with Galago and TOLLA 840S. Treatments were applied pre-emergence of crop and weeds as broadcast applications over the maize rows. Treatments were applied one day after planting. First rains (10 mm) were recorded at 6 days following application. Weather conditions were dry with infrequent showers of rain occurring for the duration of the trial. At 30 days following application heavy rains (140 mm) were recorded. Thereafter dry conditions prevailed for the remainder of the trial.

No visual symptoms of phytotoxicity in the form of stunting, chlorosis, necrosis or growth-abnormalities were observed on any of the treatments receiving the tank-mix combinations of DINAMIC® 700WDG+Galago and DINAMIC® 700WDG+Galago+TOLLA 840S, whether applied at single or double rates, respectively. The tank-mix combinations of DINAMIC® 700WDG+Galago+TOLLA 840S displayed a similar level of herbicidal selectivity as the standard tank-mix combination of CALLISTO®+DUAL S GOLD®.

The weed spectrum at the trial site consisted of broadleaved weeds and a single grass weed (DIGSA). The broadleaved weed spectrum was composed of Blackjack (BIDPI), Pigweed (AMAHY) and Khaki weed (TAGMI). Efficacy evaluations were conducted at 14, 28, 42 and 56 days following application, respectively.

DINAMIC® 700WDG+Galago

Tank-mix combinations of DINAMIC® 700WDG+Galago displayed a typical dosage related efficacy response between the rates of 75-125 g/ha applied. Higher rates DINAMIC® 700WDG gave improved activity against broadleaved weeds, while an increase in the rate of Galago improved herbicidal activity against broadleaved weeds and grasses. At the final assessment conducted at 56 DAA, the tank-mix combination of DINAMIC®+Galago applied at 125 g/ha+150 m/ha exhibited commercially acceptable levels of herbicidal activity against the entire broadleaved weed spectrum consisting of BIDPI, AMAHY and TAGMI. DINAMIC® applied at the rate of 100 g/ha in combination with Galago at 150 m/ha displayed commercial levels of herbicidal activity against the broadleaved weeds AMAHY and TAGMI at the final assessment.

DINAMIC® 700WDG+Galago+TOLLA 840S

The addition of TOLLA 840S to the tank-mix combination of DINAMIC® 700WDG+Galago greatly enhanced the herbicidal activity against the grass weed DIGSA, with all tank-mix combinations exhibiting commercial control of DIGSA at the final assessment conducted at 56 DAA. DINAMIC® 700WDG treatments applied between the rates of 75-125 g/ha in combination with Galago at 150 m/ha and TOLLA 840S at 1.0 /ha exhibited commercially acceptable levels of herbicidal activity against the entire weed spectrum consisting of the grass weed DIGSA and the broadleaved weeds, BIDPI, AMAHY and TAGMI, respectively. In tank-mix combinations where Galago was applied at the lower rate of 100 m/ha and the rate of DINAMIC® 700WDG exceeded 75 g/ha, commercially acceptable levels of activity were observed for the broadleaved weeds AMAHY and TAGMI, respectively. The tank-mix combination of DINAMIC® 700WDG+Galago+TOLLA 840S applied at 125 g/ha+150 m/ha+1.0 /ha achieved comparable levels of herbicidal activity as the standard tank-mix combination of CALLISTO®+Dual Gold applied at 260 m/ha+710 m/ha.

Compatibility

No visual symptoms of incompatibility in the form of phase separation or agglomeration were observed in any of the tank-mix combinations of DINAMIC® 700WDG+Galago and DINAMIC® 700WDG+Galago+TOLLA 840S, whether applied at single or double rates.

No visual symptoms of phytotoxicity in the form of stunting, chlorosis, necrosis or growth-abnormalities were observed on any of the treatments receiving the tank-mix combinations of DINAMIC® 700WDG+Galago and DINAMIC® 700WDG+Galago+TOLLA 840S, whether applied at single or double rates, respectively.

Tank-mix combinations of DINAMIC® 700WDG+Galago displayed a typical dosage related efficacy response between the rates of 75-125 g/ha applied.

DINAMIC®+Galago applied at 125 g/ha+150 m/ha exhibited commercially acceptable levels of herbicidal activity against the entire broadleaved weed spectrum consisting of BIDPI, AMAHY and TAGMI, but not the grass weed DIGSA.

The addition of TOLLA 840S to the tank-mix combination of DINAMIC® 700WDG+Galago greatly enhanced the herbicidal activity against the grass weed DIGSA. DINAMIC® 700WDG treatments applied between the rates of 75-125 g/ha in combination with Galago at 150 m/ha and TOLLA 840S at 1.0 /ha exhibited commercially acceptable levels of herbicidal activity against the entire weed spectrum consisting of the grass weed DIGSA and the broadleaved weeds, BIDPI, AMAHY and TAGMI, respectively.

No visual symptoms of incompatibility in the form of phase separation or agglomeration were observed in any of the tank-mix combinations of DINAMIC® 700WDG+Galago and DINAMIC® 700WDG+Galago+TOLLA 840S, whether applied at single or double rates.

TABLE 6-96
Anova Table Grain yield (kg/plot)
	Degrees of	Sums of	Mean	F
Unit	freedom	Squares	Squares	Value
Reps	3	0.3544
Treatments	14	2.767	0.1976	3.901
Error	42	2.128	0.5066
Total	59	5.249
Overall mean	2.755
S. E for Difference	0.1592
Least Significant Difference (LSD) at 95%	0.3212

TABLE 6-97
BBA Visual Phytotoxicity rating scale
	EQUIVALENT
Scale	%	Description
1	0%	NO DAMAGE
2	0.1-2.5%	NEGLIGIBLE DAMAGE
3	2.5-5.0%	MODERATE DAMAGE
		No effects on yield and/or quality
4	5.0-10%	Damage up to limits of commercial
		acceptability - if no yield loss
5	10-15%	DISTINCT DAMAGE
		Commercially acceptable only under certain
		conditions - if no yield loss
6	15-25%	SEVERE DAMAGE
		Not commercially acceptable - yield loss and
		quality
7	25-35%	VERY SEVERE DAMAGE
8	35-68%	EXTREME DAMAGE
9	68-100%	START OF WITHERING AND DEATH

N. Pre Emergence Application Against Weed in Maize

This Example compares the herbicidal selectivity and efficacy of DINAMIC® 700WDG applied in combination with Galago and TOLLA 840S as a pre-emergence application with regards to both crop and weeds in irrigated maize. Treatments are conditions are tabulated below.

TABLE 6-98
Treatments
	Rate/ha
TREATMENT	Product (   )	a.i. (g)
1	DINAMIC ® +	75 g + 100 m	52.5 + 48
	Galago
2	DINAMIC ® +	75 g + 150 m	52.5 + 72
	Galago
3	DINAMIC ® +	100 g + 100 m	70 + 48
	Galago
4	DINAMIC ® +	100 g + 150 m	70 + 72
	Galago
5	DINAMIC ® +	125 g + 100 m	87.5 + 48
	Galago
6	DINAMIC ® +	125 g + 150 m	87.5 + 72
	Galago
7	DINAMIC ® +	75 g + 100 m    + 1.0	52.5 + 48 + 840
	Galago +
	TOLLA 840S
8	DINAMIC ® +	75 g + 150 m    + 1.0	52.5 + 72 + 840
	Galago +
	TOLLA 840S
9	DINAMIC ® +	100 g + 100 m    + 1.0	70 + 48 + 840
	Galago +
	TOLLA 840S
10	DINAMIC ® +	100 g + 150 m    + 1.0	70 + 72 + 840
	Galago +
	TOLLA 840S
11	DINAMIC ® +	125 g + 100 m    + 1.0	87.5 + 48 + 840
	Galago +
	TOLLA 840S
12	DINAMIC ® +	125 g + 150 m    + 1.0	87.5 + 72 + 840
	Galago +
	TOLLA 840S
13	DINAMIC ® +	250 g + 300 m    + 2.0	175 + 144 + 1680
	Galago +
	TOLLA 840S
14	CALLISTO ® +	260 m    + 710 m	125 + 650
	Dual Gold
15	Untreated	—	—
	control

TABLE 6-99
Test products used
			Manufacturer/	Reg.
Product	Active Ingredient	Form	Supplier	No.
1	DINAMIC ®	Amicarbazone	WDG	Arysta
	700WDG	700 g/kg		Lifescience
2	Galago	Mesotrione	SC	Arysta	L. 8089
		480 g/		Lifescience
3	TOLLA 840 S	Metolachlor	EC	Arysta	L. 7374
		840 g/    + Safener		Lifescience
4	CALLISTO ®	Mesotrione 480 g/	SC	Syngenta	L. 6795
5	DUAL S	S-Metolachlor	EC	Syngenta	L. 5749
	GOLD ®	915 g/    + Safener

TABLE 6-100
TRIAL DESIGN
Design     Completely randomized design
Replicates Four
Plot size  5 m × 2.5 m = Nett/plot

TABLE 6-101
SPRAYER
Sprayer     CO2 Precision Sprayer
Boom        2.5 m aluminium
Nozzle      5 × 11002 flat fan nozzles (Teejet 11002 DG)
Pressure    3.0 Bar
Application 200   /ha

Spray Water Quality:

pH: 6.5EC: 0.6 mS/m

TABLE 6-102
WEATHER INFORMATION AT APPLICATION:
Temperature (max) 30.4° C.
RH:               35%
Wind:             0-5 km/h, Variable
Cloud             8/8

TABLE 6-103
SOIL PROPERTIES AT APPLICATION
Clay Fraction     10.3%
Silt Fraction     5.8%
Sand Fraction     94.8%
pH (H2O)          7.3
Moisture          Surface dry, subsurface moist at 5 cm
Seedbed condition Fine (no clods)

Irrigation:

Sprinkler

Crop:

Crop: Maize

Variety: Phb 32 D 68 BR

Growth stage: Pre-emergence (BBCH growth stage 00)Sowing depth: 5 cmSowing density: 90000 plants/ha

TABLE 6-104
WEED INFORMATION:
	SPECIES	COMMON NAME	ABBREVIATION
	Datura ferox	Large thornapple	DATFE
	Portulaca oleracea	Purslane	POROL
	Schkuhria pinnata	Dwarf marigold	SCHPI
	Bidens pilosa	Blackjack	BIDPI

TABLE 6-105
ASSESSMENT DETAILS
Method      Comparative Efficacy
Herbicide   Efficacy:
            Number of weeds in treated versus untreated plots
            Selectivity:
            3. Visual phytotoxicity: BBA 1-9 scale
            (refer to appendix for details)
            4. Yield: 20 cobs harvested at random from each plot.
            Average grain weight per plot determined using a
            precision 2 decimal scale. Statistical evaluation:
            ANOVA at the 95% probability using Tukeys LSD
            formulae
Assessment  14 DAA—Efficacy/Selectivity
Times-Days  28 DAA—Efficacy/Selectivity
After       42 DAA—Efficacy/Selectivity
Application 56 DAA—Efficacy
(DAA)       Harvest—Selectivity

TABLE 6-106
Comparative yield of DINAMIC ® 700WDG programs
		YIELD (Kg/plot)
		Replicate
TREATMENT	I	II	III	IV	Mean
1	DINAMIC ® + Galago	2.34	1.83	1.79	1.86	1.95 a
	75 g + 100 m
2	DINAMIC ® + Galago	2.10	2.36	1.96	2.45	2.21 ab
	75 g + 150 m   0
3	DINAMIC ® + Galago	2.32	1.97	2.41	2.18	2.22 ab
	100 g + 100 m
4	DINAMIC ® + Galago	2.08	1.96	2.29	2.26	2.15 ab
	100 g + 150 m
5	DINAMIC ® + Galago	2.12	2.45	1.86	2.30	2.18 ab
	125 g + 100 m
6	DINAMIC ® + Galago	1.97	1.81	2.02	1.90	1.92 a
	125 g + 150 m
7	DINAMIC ® + Galago +	2.72	2.31	2.00	2.33	2.34 ab
	TOLLA 840S
	75 g + 100 m   +
	1.0
8	DINAMIC ® + Galago +	2.49	1.75	2.07	2.21	2.13 ab
	TOLLA 840S
	75 g + 150 m   +
	1.0
9	DINAMIC ® + Galago +	2.11	1.74	1.87	2.07	1.95 a
	TOLLA 840S
	100 g + 100 m   +
	1.0
10	DINAMIC ® + Galago +	2.81	1.98	2.00	2.37	2.29 ab
	TOLLA 840S
	100 g + 150 m   +
	1.0
11	DINAMIC ® + Galago +	1.84	2.53	2.20	2.19	2.19 ab
	TOLLA 840S
	125 g + 100 m   +
	1.0
12	DINAMIC ® + Galago +	2.99	2.29	2.94	2.37	2.65 b
	TOLLA 840S
	125 g + 150 m   +
	1.0
13	DINAMIC ® + Galago +	2.96	2.47	2.38	2.43	2.56 b
	TOLLA 840S
	250 g + 300 m   +
	2.0
14	CALLISTO ® +	2.55	1.93	2.25	2.09	2.20 ab
	Dual Gold
	260 m   + 710 m
15	Untreated control	2.30	2.00	2.25	2.06	2.15 ab
Note:
Treatment means sharing the same letter do not differ significantly by LSD test at the 5% (α = 0.05) level of probability

TABLE 6-107
Comparative visual phytotoxicity of DINAMIC ® 700WDG
pre-emergence programs
			BBA VISUAL
			PHYTOTOXICITY SCALE
			(1-no damage; 9-dead)
		Tim-	Replicate
TREATMENT	ing	I	II	III	IV	Mean
1	DINAMIC ® + Galago	14	1	1	1	1	1.0
	75 g + 100 m	28	1	1	1	1	1.0
		42	1	1	1	1	1.0
2	DINAMIC ® + Galago	14	1	1	1	1	1.0
	75 g + 150 m	28	1	1	1	1	1.0
		42	1	1	1	1	1.0
3	DINAMIC ® + Galago	14	2	2	2	2	2.0
	100 g + 100 m	28	1	1	1	1	1.0
		42	1	1	1	1	1.0
4	DINAMIC ® + Galago	14	1	1	3	3	2.0
	100 g + 150 m	28	1	1	1	1	1.0
		42	1	1	1	1	1.0
5	DINAMIC ® + Galago	14	3	2	3	1	2.5
	125 g + 100 m	28	3	2	3	2	2.5
		42	2	1	2	1	1.5
6	DINAMIC ® + Galago	14	3	1	1	3	2.0
	125 g + 150 m	28	3	3	3	3	1.0
		42	2	2	2	2	1.0
7	DINAMIC ® + Galago +	14	1	1	1	1	1.0
	TOLLA 840S	28	1	1	1	1	1.0
	75 g + 100 m   +	42	1	1	I	1	1.0
	1.0
8	DINAMIC ® + Galago +	14	1	1	1	1	1.0
	TOLLA 840S	28	1	1	1	1	1.0
	75 g + 150 m   +	42	1	1	1	1	1.0
	1.0
9	DINAMIC ® + Galago +	14	3	3	2	2	2.5
	TOLLA 840S	28	3	3	3	3	3.0
	100 g + 100 m   +	42	2	1	1	2	1.5
	1.0
10	DINAMIC ® + Galago +	14	4	3	3	3	3.25
	TOLLA 840S	28	4	3	2	3	3.0
	100 g + 150 m   +	42	3	1	1	2	1.75
	1.0
11	DINAMIC ® + Galago +	14	3	3	1	3	2.66
	TOLLA 840S	28	1	1	1	1	1.0
	125 g + 100 m   +	42	1	1	1	1	1.0
	1.0
12	DINAMIC ® + Galago +	14	4	3	3	3	3.25
	TOLLA 840S	28	3	3	2	1	2.25
	125 g + 150 m   +	42	2	2	1	1	1.5
	1.0
13	DINAMIC ® + Galago +	14	5	5	5	5	5.0
	TOLLA 840S	28	6	6	4	4	5.0
	250 g + 300 m   +	42	4	4	4	4	4.0
	2.0
14	CALLISTO ® +	14	1	1	1	1	1.0
	Dual Gold	28	1	1	1	1	1.0
	260 m   +	42	1	1	1	1	1.0
	710 m
15	Untreated control	14	1	1	1	1	1.0
		28	1	1	1	1	1.0
		42	1	1	1	1	1.0

TABLE 6-108
Comparative herbicidal activity of DINAMIC ® 700WDG
pre-emergence programs
			AVERAGE % WEED CONTROL BY SPECIES
			% C = Visual % weed control
			% P = Visual % weed pressure
			DATE	POROL	SCHPI	BIDPI
			%	%	%	%	%	%	%	%
TREATMENT	Timing	C	P	C	P	C	P	C	P
1	DINAMIC ® + Galago	14	95	10	99	5	100	3	100	3
	75 g + 100 m	28	95	15	96	10	99	7	98	5
		42	85	25	90	15	96	10	90	7
		56	80	35	80	20	96	15	80	15
2	DINAMIC ® + Galago	14	100	5	100	10	100	5	100	3
	75 g + 150 m	28	98	10	100	15	100	5	100	5
		42	98	15	99	20	99	10	96	7
		56	98	30	97	25	99	15	94	10
3	DINAMIC ® + Galago	14	100	10	100	1	100	1	100	3
	100 g + 100 m	28	100	15	100	3	100	1	100	5
		42	97	25	100	5	100	3	95	7
		56	95	35	99	15	99	5	85	10
4	DINAMIC ® + Galago	14	100	10	100	5	100	3	100	1
	100 g + 150 m	28	100	20	100	10	100	5	100	3
		42	98	25	100	15	100	10	99	5
		56	96	30	99	20	99	15	98	7
5	DINAMIC ® + Galago	14	100	5	100	10	100	5	100	3
	125 g + 100 m	28	99	10	100	15	100	5	100	5
		42	97	15	99	20	99	10	95	7
		56	95	30	97	25	99	15	90	10
6	DINAMIC ® + Galago	14	100	5	100	5	100	1	100	1
	125 g + 150 m	28	100	15	100	10	100	1	100	1
		42	100	25	100	15	99	3	99	3
		56	99	30	97	20	99	5	99	5
7	DINAMIC ® + Galago +	14	100	10	100	3	100	1	100	3
	TOLLA 840S	28	99	15	100	5	100	1	100	5
	75 g + 100 m   + 1.0	42	99	20	99	10	99	3	95	7
		56	97	25	99	15	97	7	90	10
8	DINAMIC ® + Galago +	14	100	3	100	1	100	10	100	3
	TOLLA 840S	28	100	5	100	3	100	10	100	5
	75 g + 150 m   + 1.0	42	98	10	99	10	100	15	98	10
		56	96	20	99	15	99	20	96	15
9	DINAMIC ® + Galago +	14	100	5	100	3	100	1	100	3
	TOLLA 840S	28	100	10	100	10	100	3	100	3
	100 g + 100 m   + 1.0	42	95	20	97	15	99	3	98	5
		56	93	30	95	25	99	5	96	5
10	DINAMIC ® + Galago +	14	100	5	100	1	100	1	100	1
	TOLLA 840S	28	100	15	100	5	100	1	100	3
	100 g + 150 m   + 1.0	42	98	25	99	10	99	3	100	3
		56	96	35	99	30	99	5	99	7
11	DINAMIC ® + Galago +	14	100	5	100	5	100	1	100	1
	TOLLA 840S	28	100	12	100	10	100	1	100	3
	125 g + 100 m   + 1.0	42	99	15	10	15	99	3	96	5
		56	98	25	99	20	99	5	94	10
12	DINAMIC ® + Galago +	14	100	10	100	5	100	1	100	1
	TOLLA 840S	28	100	20	100	10	100	3	100	3
	125 g + 150 m   + 1.0	42	99	25	99	15	100	5	99	5
		56	97	30	97	25	99	10	99	10
13	DINAMIC ® + Galago +	14	100	1	100	3	100	1	100	1
	TOLLA 840S	28	100	5	100	5	100	5	100	3
	250 g + 300 m   + 2.0	42	99	15	100	10	100	5	100	5
		56	99	30	100	15	100	7	100	15
14	CALLISTO ® + DUAL S	14	100	5	100	1	100	1	100	3
	GOLD ®	28	99	15	100	5	100	3	100	5
	260 m   + 710 m	42	99	25	100	10	100	7	98	10
		56	98	35	100	15	100	15	96	15
15	Untreated control	14	0	10	0	1	0	1	0	3
		28	0	20	0	3	0	3	0	5
		42	0	30	0	5	0	5	0	10
		56	0	40	0	10	0	10	0	15

The trial was conducted on a commercial maize crop produced under irrigated conditions. The DINAMIC® 700WDG formulation was evaluated for herbicidal activity and crop selectivity when applied as a pre-emergence spray program in tank-mix combination with Galago and TOLLA 840S. Treatments were applied pre-emergence of crop and weeds as broadcast applications over the maize rows. Weather conditions were dry with infrequent showers of rain occurring for the duration of the trial.

Visual symptoms of phytotoxicity in the form of stunting and yellowing were observed in treatments receiving the DINAMIC® 700WDG formulation applied at the rates of 100 g/ha and 125 g/ha in combination with Galago and Galago+TOLLA 840S at 14 DAA. Visual symptoms of phytotoxicity were dosage related and ranged from negligible to moderate (class 2 to class 3) according to the BBA visual phytotoxicity rating scale (refer to appendix for details on scale). Slight chlorosis (yellowing) was only observed at 14 DAA. Visual symptoms of stunting were observed at the assessments conducted at 14, 28 and 42 DAA with a decrease in severity of stunting observed at the final visual phytotoxicity assessment conducted at 42 DAA.

The tank-mix combination of DINAMIC® 70WDG+Galago+TOLLA 840S applied at the double rate of 250 g/ha+300 m/ha+2.0 /ha exhibited visual symptoms of phytotoxicity in the form of stunting and slight yellowing (chlorosis) at the assessment conducted at 14 DAA. At the assessment conducted at 28 DAA, visual symptoms of stunting corresponding to a BBA scale of 5 (Commercially acceptable only under circumstances where yield losses do not occur) were observed. While at 42 DAA, severity of stunting improved from class 5 to class 4 according to the BBA visual phytotoxicity assessment scale.

Yield

None of the various DINAMIC® 700WDG tank-mix combinations exhibited significantly different yields in terms of grain yield per plot compared to the untreated control treatment or the standard tank-mix combination of CALLISTO®+DUAL S GOLD®, respectively.

The weed spectrum at the trial site consisted of broadleaved weeds only. The broadleaved weed spectrum was composed of Large thornapple (DATFE), Purslane (POROL), Dwarf marigold (SCHPI) and Blackjack (BIDPI). Efficacy evaluations were conducted at 14, 28, 42 and 56 days following application, respectively.

DINAMIC® 700WDG+Galago

The tank-mix combinations of DINAMIC® 700WDG+Galago were efficacious and displayed excellent levels of herbicidal activity against the broadleaved weed spectrum at the trial site. Commercially acceptable levels of herbicidal activity were achieved across the entire weed spectrum where DINAMIC® 700WDG was applied at rates exceeding 75 g/ha in combination with Galago applied at either 100 m/ha or 150 m/ha, respectively. Commercial control of the entire broadleaved weed spectrum was observed in all treatments where Galago was applied at the rate of 150 m/ha, regardless of the rate of DINAMIC® 700WDG applied.

DINAMIC® 700WDG+Galago+TOLLA 840S

The addition of TOLLA 840S to the tank-mix combination of DINAMIC® 70WDG+Galago greatly enhanced the herbicidal activity against the small-seeded broadleaved weeds (POROL, SCHPI and BIDPI). All of the tank-mix combinations of DINAMIC® 700WDG+Galago+TOLLA 840S exhibited commercially acceptable levels of herbicidal activity against the broadleaved weeds DATFE, POROL, SCHPI and BIDPI at the final assessment conducted at 56 DAA. The tank-mix combination of DINAMIC® 700WDG+Galago+TOLLA 840S applied at 100-125 g/ha+150 m/ha+1.0 /ha achieved comparable levels of herbicidal activity as the standard tank-mix combination of CALLISTO®+Dual Gold applied at 260 m/ha+710 m/ha.

Compatibility

No visual symptoms of incompatibility in the form of phase separation or agglomeration were observed in any of the tank-mix combinations of DINAMIC® 700WDG+Galago and DINAMIC® 700WDG+Galago+TOLLA 840S, whether applied at single or double rates.

Visual symptoms of phytotoxicity in the form of stunting were observed on treatments receiving the tank-mix combinations of DINAMIC® 700WDG+Galago and DINAMIC® 70WDG+Galago+TOLLA 840S in all cases where DINAMIC® 700WDG was applied at rates exceeding 75 g/ha. Visual symptoms of stunting were dosage related and ranged from negligible to distinct damage (class 2 to class 5) according to the BBA visual phytotoxicity rating scale.

DINAMIC®+Galago combinations displayed commercially acceptable levels of herbicidal activity against the broadleaved weed spectrum consisting of DATFE, POROL, SCHPI and BIDPI in all tank-mix treatments where DINAMIC® 700WDG was applied at rates exceeding 75 g/ha, or in tank-mix treatments where Galago was applied at the rate of 150 m/ha.

Tank-mix combinations of DINAMIC® 700WDG+Galago+TOLLA 840S were efficacious and exhibited commercial control of DATFE, POROL, SCHPI and BIDPI across all rates applied. The tank-mix combination of DINAMIC® 700WDG+Galago+TOLLA 840S applied at 100-125 g/ha+150 m/ha+1.0 /ha achieved comparable levels of herbicidal activity as the standard tank-mix combination of CALLISTO®+Dual Gold applied at 260 m/ha+710 m/ha.

No visual symptoms of incompatibility in the form of phase separation or agglomeration were observed in any of the tank-mix combinations of DINAMIC® 700 WDG+Galago and DINAMIC® 700WDG+Galago+TOLLA 840S, whether applied at single or double rates.

None of the various DINAMIC® 700WDG tank-mix combinations exhibited significantly different yields in terms of grain yield per plot compared to the untreated control treatment or the standard Lank-mix combination of CALLISTO®+DUAL S GOLD®, respectively.

TABLE 6-109
Anova Table Grain yield (kg/plot)
		Degrees of	Sums of	Mean	F
	Unit	freedom	Squares	Squares	Value
	Reps	3	.6917
	Treatments	14	2.269	.1621	2.969
	Error	42	2.293	.5459
	Total	59	5.253
	Overall mean	2.207
	S. E for Difference	.1652
	Least Significant Difference (LSD) at 95%	.3334

TABLE 6-110
BBA Visual Phytotoxicity rating scale
	EQUIVALENT
Scale	%	Description
1	0%	NO DAMAGE
2	0.1-2.5%	NEGLIGIBLE DAMAGE
3	2.5-5.0%	MODERATE DAMAGE
		No effects on yield and/or quality
4	5.0-10%	Damage up to limits of commercial
		acceptability - if no yield loss
5	10-15%	DISTINCT DAMAGE
		Commercially acceptable only under certain
		conditions - if no yield loss
6	15-25%	SEVERE DAMAGE
		Not commercially acceptable - yield loss and
		quality
7	25-35%	VERY SEVERE DAMAGE
8	35-68%	EXTREME DAMAGE
9	68-100%	START OF WITHERING AND DEATH

O. Pre Emergence Application Against Weed in Maize

This Example compares the herbicidal selectivity and efficacy of DINAMIC® 700WDG applied in combination with Galago and TOLLA 840S as a pre-emergence application with regards to both crop and weeds in irrigated maize. Treatments and conditions are tabulated below.

TABLE 6-111
TREATMENTS
	Rate/ha
TREATMENT	Product (   )	a.i. (g)
1	DINAMIC ® +	75 g + 100 m	52.5 + 48
	Galago
2	DINAMIC ® +	75 g + 150 m	52.5 + 72
	Galago
3	DINAMIC ® +	100 g + 100 m	70 + 48
	Galago
4	DINAMIC ® +	100 g + 150 m	70 + 72
	Galago
5	DINAMIC ® +	125 g + 100 m	87.5 + 48
	Galago
6	DINAMIC ® +	125 g + 150 m	87.5 + 72
	Galago
7	DINAMIC ® +	75 g + 100 m    + 1.0	52.5 + 48 + 840
	Galago + TOLLA
	840S
8	DINAMIC ® +	75 g + 150 m    + 1.0	52.5 + 72 + 840
	Galago + TOLLA
	840S
9	DINAMIC ® +	100 g + 100 m    + 1.0	70 + 48 + 840
	Galago + TOLLA
	840S
10	DINAMIC ® +	100 g + 150 m    + 1.0	70 + 72 + 840
	Galago + TOLLA
	840S
11	DINAMIC ® +	125 g + 100 m    + 1.0	87.5 + 48 + 840
	Galago + TOLLA
	840S
12	DINAMIC ® +	125 g + 150 m    + 1.0	87.5 + 72 + 840
	Galago + TOLLA
	840S
13	DINAMIC ® +	250 g + 300 m    + 2.0	175 + 144 + 1680
	Galago + TOLLA
	840S
14	CALLISTO ® +	260 m    + 710 m	125 + 650
	Dual Gold
15	Untreated control	—	—

TABLE 6-112
Test products used
			Manufacturer/	Reg.
Product	Active Ingredient	Form	Supplier	No.
1	DINAMIC ®	Amicarbazone	WDG	Arysta
	700WDG	700 g/kg		Lifescience
2	Galago	Mesotrione	SC	Arysta	L. 8089
		480 g/		Lifescience
3	TOLLA 840 S	Metolachlor	EC	Arysta	L. 7374
		840 g/    + Safener		Lifescience
4	CALLISTO ®	Mesotrione 480 g/	SC	Syngenta	L. 6795
5	DUAL S	S-Metolachlor	EC	Syngenta	L. 5749
	GOLD ®	915 g/    + Safener

TABLE 6-113
TRIAL DESIGN
Design     Completely randomized design
Replicates Four
Plot size  5 m × 2 m = Nett/plot

TABLE 6-114
SPRAYER
Sprayer     CO2 Precision Sprayer
Boom        2.0 m aluminium
Nozzle      4 × 11002 flat fan nozzles (Teejet 11002 DG)
Pressure    2.55 Bar
Application 200   /ha

Spray Water Quality:

pH: 6.6EC: 0.5 mS/m

TABLE 6-115
WEATHER INFORMATION AT APPLICATION
Temperature (max) 31.6° C.
RH:               34%
Wind:             0-5 km/h, NW
Cloud             8/8

TABLE 6-116
SOIL PROPERTIES AT APPLICATION:
Clay Fraction     9%
Silt Fraction     5%
Sand Fraction     86%
pH (H2O)          6.01
Moisture          Field capacity
Seedbed condition Fine (no clods)

Irrigation:

Sprinkler

Crop:

Crop: Maize

Variety: Pan 3P-736BR

Growth stage: Pre-emergence (BBCH growth stage 00)Sowing depth: 5 cmSowing density: 80 000 plants/ha

TABLE 6-117
WEED INFORMATION:
	SPECIES	COMMON NAME	ABBREVIATION
	Bidens pilosa	Blackjack	BIDPI
	Portulaca oleracea	Purslane	POROL
	Convolvulus arvensis	Field bindweed	CONAR
	Anoda cristata	Anoda weed	ANOCR

TABLE 6-118
ASSESSMENT DETAILS
Method      Comparative Efficacy
Herbicide   Efficacy:
            Number of weeds in treated versus untreated plots
            Selectivity:
            5. Visual phytotoxicity: BBA 1-9 scale
            (refer to appendix for details)
            6. Yield: 40 cobs harvested at random from
            each plot. Average grain weight per plot
            determined using a precision 2 decimal scale.
            Statistical evaluation: ANOVA at the
            95% probability using Tukeys LSD formulae
Assessment  14 DAA—Efficacy/Selectivity
Times-Days  28 DAA—Efficacy/Selectivity
After       42 DAA—Efficacy/Selectivity
Application 56 DAA—Efficacy
(DAA)       Harvest—Selectivity

TABLE 6-119
Comparative yield of DINAMIC ® 700WDG programs
	YIELD (Kg/plot)
	Replicate
TREATMENT	I	II	III	IV	Mean
1	DINAMIC ® + Galago	4.06	3.52	4.59	4.22	4.10 a
	75 g + 100 m
2	DINAMIC ® + Galago	3.59	3.21	3.90	4.19	3.72 a
	75 g + 150 m   0
3	DINAMIC ® + Galago	4.30	3.43	3.97	3.91	3.90 a
	100 g + 100 m
4	DINAMIC ® + Galago	3.47	3.00	3.70	3.56	3.43 a
	100 g + 150 m
5	DINAMIC ® + Galago	3.68	3.04	4.01	3.69	3.61 a
	125 g + 100 m
6	DINAMIC ® + Galago	3.69	3.34	3.59	3.78	3.60 a
	125 g + 150 m
7	DINAMIC ® + Galago +	3.64	3.16	3.48	4.37	3.66 a
	TOLLA 840S 75 g +
	100 m   + 1.0
8	DINAMIC ® + Galago +	3.01	3.45	3.56	4.82	3.71 a
	TOLLA 840S 75 g +
	150 m   + 1.0
9	DINAMIC ® + Galago +	3.52	3.22	4.00	3.90	3.66 a
	TOLLA 840S 100 g +
	100 m   + 1.0
10	DINAMIC ® + Galago +	3.91	4.20	3.50	3.91	3.88 a
	TOLLA 840S 100 g +
	150 m   + 1.0
11	DINAMIC ® + Galago +	3.71	4.84	3.58	3.48	3.90 a
	TOLLA 840S 125 g +
	100 m   + 1.0 m
12	DINAMIC ® + Galago +	3.36	3.54	4.75	3.95	3.90 a
	TOLLA 840S 125 g +
	150 m   + 1.0
13	DINAMIC ® + Galago +	3.49	3.85	4.42	3.48	3.81 a
	TOLLA 840S 250 g +
	300 m   + 2.0
14	CALLISTO ® + Dual Gold	3.73	4.40	4.09	4.06	4.07 a
	260 m   + 710 m
15	Untreated control	4.00	4.32	4.37	4.02	4.18 a
Note:
Treatment means sharing the same letter do not differ significantly by LSD test at the 5% (α = 0.05) level of probability

TABLE 6-120
Comparative visual phytotoxicity of DINAMIC ®
700WDG pre-emergence programs
	BBA VISUAL
	PHYTOTOXICITY
	SCALE
	(1 - no damage; 9 - dead)
	Replicate
TREATMENT	Timing	I	II	III	IV	Mean
1	DINAMIC ® + Galago	14	1	1	1	1	1.0
	75 g + 100 m	28	1	1	1	1	1.0
		42	1	1	1	1	1.0
2	DINAMIC ® + Galago	14	1	1	1	1	1.0
	75 g + 150 m	28	1	1	1	1	1.0
		42	1	1	1	1	1.0
3	DINAMIC ® + Galago	14	1	1	1	1	1.0
	100 g + 100 m	28	1	1	1	1	1.0
		42	1	1	1	1	1.0
4	DINAMIC ® + Galago	14	1	1	1	1	1.0
	100 g + 150 m	28	1	1	1	1	1.0
		42	1	1	1	1	1.0
5	DINAMIC ® + Galago	14	1	1	1	1	1.0
	125 g + 100 m	28	1	1	1	1	1.0
		42	1	1	1	1	1.0
6	DINAMIC ® + Galago	14	1	1	1	1	1.0
	125 g + 150 m	28	1	1	1	1	1.0
		42	1	1	1	1	1.0
7	DINAMIC ® + Galago +	14	1	1	1	1	1.0
	TOLLA 840S 75 g +	28	1	1	1	1	1.0
	100 m   + 1.0	42	1	1	1	1	1.0
8	DINAMIC ® + Galago +	14	1	1	1	1	1.0
	TOLLA 840S 75 g +	28	1	1	1	1	1.0
	150 m   + 1.0	42	1	1	1	1	1.0
9	DINAMIC ® + Galago +	14	1	1	1	1	1.0
	TOLLA 840S 100 g +	28	1	1	1	1	1.0
	100 m   + 1.0	42	1	1	1	1	1.0
10	DINAMIC ® + Galago +	14	1	1	1	1	1.0
	TOLLA 840S 100 g +	28	1	1	1	1	1.0
	150 m   + 1.0	42	1	1	1	1	1.0
11	DINAMIC ® + Galago +	14	3	3	1	1	2.0
	TOLLA 840S 125 g +	28	1	1	1	1	1.0
	100 m   + 1.0	42	1	1	1	1	1.0
12	DINAMIC ® + Galago +	14	3	1	1	3	2.0
	TOLLA 840S 125 g +	28	1	1	1	1	1.0
	150 m   + 1.0	42	1	1	1	1	1.0
13	DINAMIC ® + Galago +	14	3	2	1	3	2.25
	TOLLA 840S 250 g +	28	2	2	1	2	1.75
	300 m   + 2.0	42	4	4	1	2	2.75
14	CALLISTO ® + Dual Gold	14	1	1	1	1	1.0
	260 m   + 710 m	28	1	1	1	1	1.0
		42	1	1	1	1	1.0
15	Untreated control	14	1	1	1	1	1.0
		28	1	1	1	1	1.0
		42	1	1	1	1	1.0

TABLE 6-121
Comparative herbicidal activity of DINAMIC ® 700WDG pre-emergence programs
	AVERAGE % WEED CONTROL BY SPECIES
	% C = Visual % weed control
	% P = Visual % weed pressure
	BIDPI	POROL	ANOCR	CONAR
TREATMENT	Timing	% C	% P	% C	% P	% C	% P	% C	% P
1	DINAMIC ® + Galago	14	100	5	100	3	100	1	100	1
	75 g + 100 m	28	100	10	100	10	100	3	100	1
		42	96	15	100	15	80	5	100	3
		56	85	20	90	25	70	10	80	10
2	DINAMIC ® + Galago	14	100	5	100	5	100	1	100	1
	75 g + 150 m	28	100	10	100	10	100	3	100	3
		42	100	15	100	15	100	5	100	7
		56	94	20	98	20	90	10	90	10
3	DINAMIC ® + Galago	14	100	5	100	1	100	1	100	2
	100 g + 100 m	28	100	10	100	3	98	5	100	5
		42	100	20	100	5	100	10	100	10
		56	90	25	98	15	90	10	85	10
4	DINAMIC ® + Galago	14	100	3	100	3	100	1	100	1
	100 g + 150 m	28	100	5	100	5	100	1	100	1
		42	100	10	100	10	100	3	100	3
		56	98	15	99	20	98	5	96	5
5	DINAMIC ® + Galago	14	100	1	100	1	100	1	100	1
	125 g + 100 m	28	100	5	100	5	100	1	100	1
		42	100	10	100	10	100	3	100	3
		56	96	15	98	15	96	7	94	5
6	DINAMIC ® + Galago	14	100	5	100	1	100	1	100	2
	125 g + 150 m	28	100	10	100	3	100	3	100	5
		42	100	15	100	5	100	5	100	10
		56	99	20	99	15	98	10	98	10
7	DINAMIC ® + Galago + TOLLA 840S	14	100	5	100	3	100	1	100	2
	75 g + 100 m   + 1.0 l	28	100	10	100	5	90	3	100	5
		42	94	20	100	10	90	5	100	7
		56	90	25	98	20	80	10	90	10
8	DINAMIC ® + Galago + TOLLA 840S	14	100	3	100	3	100	1	100	2
	75 g + 150 m   + 1.0 l	28	100	5	100	5	100	3	100	5
		42	100	10	100	10	100	5	100	10
		56	99	20	99	20	90	10	94	10
9	DINAMIC ® + Galago + TOLLA 840S	14	100	5	100	3	100	2	100	1
	100 g + 100 m   + 1.0 l	28	100	10	100	5	96	5	100	1
		42	96	20	100	10	96	10	100	3
		56	96	25	96	20	90	10	90	5
10	DINAMIC ® + Galago + TOLLA 840S	14	100	3	100	1	100	1	100	1
	100 g + 150 m   + 1.0 l	28	100	5	100	3	100	1	100	3
		42	100	10	100	5	100	3	100	5
		56	99	20	98	15	94	7	94	10
11	DINAMIC ® + Galago + TOLLA 840S	14	100	5	100	1	100	1	100	1
	125 g + 100 m   + 1.0l	28	100	10	100	3	100	1	98	3
		42	99	15	100	5	100	3	90	3
		56	98	20	100	15	96	10	90	10
12	DINAMIC ® + Galago + TOLLA 840S	14	100	5	100	3	100	2	100	2
	125 g + 150 m   + 1.0 l	28	100	10	100	5	100	5	100	5
		42	100	15	100	10	100	10	100	10
		56	100	20	100	20	98	15	96	12
13	DINAMIC ® + Galago + TOLLA 840S	14	100	5	100	3	100	0	100	1
	250 g + 300 m   + 2.0 l	28	100	10	100	5	100	0	100	3
		42	100	20	100	10	100	1	100	5
		56	100	25	100	20	100	5	100	10
14	CALLISTO ® + DUAL S GOLD ®	14	100	1	100	1	100	1	100	2
	260 m   + 710 m	28	100	5	100	3	100	3	100	5
		42	100	10	100	5	100	5	100	10
		56	100	15	100	15	100	10	100	10
15	Untreated control	14	0	5	0	1	0	1	0	1
		28	0	10	0	3	0	3	0	3
		42	0	15	0	5	0	5	0	5
		56	0	20	0	15	0	10	0	10

The trial was conducted on a commercial maize crop produced under irrigated conditions. The DINAMIC® 700WDG formulation was evaluated for herbicidal activity and crop selectivity when applied as a pre-emergence spray program in tank-mix combination with Galago and TOLLA 840S. Treatments were applied pre-emergence of crop and weeds as broadcast applications over the maize rows.

No visual symptoms of phytotoxicity in the form of stunting, chlorosis or growth abnormalities were observed on any of the treatments receiving the tank-mix combination of DINAMIC® 700WDG+Galago across all rates applied.

The tank-mix combination of DINAMIC® 700WDG+Galago+TOLLA 840S exhibited symptoms of phytotoxicity in the form of stunting in treatments receiving the DINAMIC® 700WDG formulation applied at the rate of 125 g/ha and the double rate of 250 g/ha, respectively. At 125 g/ha, stunting was only observed at the first assessment conducted at 14 DAA. At the double rate of 250 g/ha, stunting was observed at each of the assessments conducted. No visual symptoms of phytotoxicity were observed in tank-mix combinations of DINAMIC® 700WDG+Galago+TOLLA 840S where the DINAMIC® 700WDG formulation was applied at rates of 75 g/ha and 100 g/ha, respectively.

In terms of yield, tank-mix combinations of DINAMIC® 700WDG+Galago and DINAMIC® 700WDG+Galago+TOLLA 840S did not significantly increase or decrease yield compared to the untreated control treatments and the standard tank-mix combination of

CALLISTO®+DUAL S GOLD®.

The weed spectrum at the trial site consisted mainly of broadleaved weeds namely;

Blackjack (BIDPI), Purslane (POROL), Anoda weed (ANOCR) and Field bindweed (CONAR). Efficacy evaluations were conducted at 14, 28, 42 and 56 days following application, respectively. Blackjack (BIDPI) and Purslane (POROL) were well represented in each plot with 15-25% soil cover of each weed observed in the untreated control strips at the final assessment, respectively. The weeds ANOCR and CONAR represented a smaller portion of the weed population with 5-15% and 5-10% soil cover of each weed observed in the untreated control strips at the final assessment conducted at 56 DAA, respectively.

DINAMIC® 700 WDG+Galago

The tank-mix combinations of DINAMIC® 700WDG+Galago exhibited commercially acceptable levels of herbicidal activity against the broadleaved weed POROL across all rates applied. Commercially acceptable levels of herbicidal activity were achieved for BIDPI and ANOCR where DINAMIC® 700WDG was applied at rates exceeding 75 g/ha in combination with Galago applied at either 100 m/ha or 150 m/ha, respectively. Generally, weed control was greatest with increasing rates of Galago applied and commercial control of the entire broadleaved weed spectrum was observed in all treatments where Galago was applied at the rate of 150 m/ha, regardless of the rate of DINAMIC® 700WDG applied.

DINAMIC® 700WDG+Galago+TOLLA 840S

The addition of TOLLA 840S to the tank-mix combination of DINAMIC® 700WDG+Galago greatly enhanced the herbicidal activity against the small-seeded broadleaved weeds (POROL and BIDPI). All of the tank-mix combinations of DINAMIC® 700WDG+Galago+TOLLA 840S exhibited commercially acceptable levels of herbicidal activity against the broadleaved weeds BIDPI, POROL and CONAR at the final assessment conducted at 56 DAA. The broadleaved weed CONAR was commercially controlled by all tank-mix combinations of DINAMIC® 700WDG+Galago+TOLLA 840S where Galago was applied at the rate of 150 m/ha or where the rate of DINAMIC® 700WDG exceeded 75 g/ha. The tank-mix combination of DINAMIC® 700WDG+Galago+TOLLA 840S applied at 125 g/ha+150 m/ha+1.0 /ha achieved comparable levels of herbicidal activity as the standard tank-mix combination of CALLISTO®+Dual Gold applied at 260 m/ha+710 m/ha.

Compatibility

No visual symptoms of incompatibility in the form of phase separation or agglomeration were observed in any of the tank-mix combinations of DINAMIC® 700WDG+Galago and DINAMIC® 700WDG+Galago+TOLLA 840S, whether applied at single or double rates.

No visual symptoms of phytotoxicity in the form of stunting, chlorosis or growth abnormalities were observed on any of the treatments receiving the tank-mix combination of DINAMIC® 700WDG+Galago across all rates applied. DINAMIC®+Galago tank-mix combinations displayed commercially acceptable levels of herbicidal activity against the broadleaved weed POROL across all rates applied, while commercially acceptable levels of herbicidal activity were observed for BIDPI and ANOCR where DINAMIC® 700WDG was applied at rates exceeding 75 g/ha in combination with Galago applied at either 100 m/ha or 150 m/ha.

The tank-mix combination of DINAMIC® 700WDG+Galago+TOLLA 840S exhibited symptoms of phytotoxicity in the form of stunting in treatments receiving the DINAMIC® 700WDG formulation applied at the rate of 125 g/ha and the double rate of 250 g/ha, respectively. No visual symptoms of phytotoxicity were observed in tank-mix combinations of DINAMIC® 700WDG+Galago+TOLLA 840S where the DINAMIC® 700WDG formulation was applied at rates of 75 g/ha and 100 g/ha, respectively.

Tank-mix combinations of DINAMIC® 700WDG+Galago+TOLLA 840S were efficacious and exhibited commercial control of BIDPI, POROL and CONAR across all rates applied. CONAR was commercially controlled by all tank-mix combinations of DINAMIC® 700WDG+Galago+TOLLA 840S where Galago was applied at the rate of 150 m/ha or where the rate of DINAMIC® 700WDG exceeded 75 g/ha. The tank-mix combination of DINAMIC® 700WDG+Galago+TOLLA 840S applied at 125 g/ha+150 m/ha+1.0 /ha achieved comparable levels of herbicidal activity as the standard tank-mix combination of CALLISTO®+Dual (old applied at 260 m/ha+710 m/ha.

No visual symptoms of incompatibility in the form of phase separation or agglomeration were observed in any of the tank-mix combinations of DINAMIC® 700WDG+Galago and DINAMIC® 700WDG+Galago+TOLLA 840S, whether applied at single or double rates.

Tank-mix combinations of DINAMIC® 700WDG+Galago and DINAMIC® 700WDG+Galago+TOLLA 840S did not significantly increase or decrease yield compared to the untreated control treatments and the standard tank-mix combination of CALLISTO®+DUAL S GOLD®.

TABLE 6-122
Anova TABLE Grain yield (kg/plot)
	Degrees of	Sums of	Mean	F
Unit	freedom	Squares	Squares	Value
Reps	3	1.416
Treatments	14	2.424	0.1731	0.9727
Error	42	7.476	0.1780
Total	59	11.32
Overall mean	3.809
S. E for Difference	0.2983
Least Significant Difference (LSD) at 95%	0.6020

TABLE 6-123
BBA Visual Phytotoxicity rating scale
	EQUIVALENT
Scale	%	Description
1	0%	NO DAMAGE
2	0.1-2.5%	NEGLIGIBLE DAMAGE
3	2.5-5.0%	MODERATE DAMAGE
		No effects on yield and/or quality
4	5.0-10%	Damage up to limits of commercial
		acceptability—if no yield loss
5	10-15%	DISTINCT DAMAGE
		Commercially acceptable only under
		certain conditions—if no yield loss
6	15-25%	SEVERE DAMAGE
		Not commercially acceptable—yield
		loss and quality
7	25-35%	VERY SEVERE DAMAGE
8	35-68%	EXTREME DAMAGE
9	68-100%	START OF WITHERING AND DEATH

P. Post Emergence Application Against Weed in Maize

This Example compares the herbicidal selectivity and efficacy of DINAMIC® 70WDG applied in combination with Galago and TOLLA 960 as a post-emergence application with regards to both crop and weeds in irrigated maize. Treatments and conditions are tabulated below.

TABLE 6-124
TREATMENTS
		Rate/ha
TREATMENT	Product (C)	a.i. (g)
1	DINAMIC ® + Galago + Wet-All	75 g + 100 m    + 100 m   /100	52.5 + 48 + 180
2	DINAMIC ® + Galago + Wet-All	75 g + 150 m    + 100 m   /100	52.5 + 72
3	DINAMIC ® + Galago + Wet-All	100 g + 100 m    + 100 m   /100	70 + 48
4	DINAMIC ® + Galago + Wet-All	100 g + 150 m    + 100 m   /100	70 + 72
5	DINAMIC ® + Galago + Wet-All	125 g + 100 m    + 100 m   /100	87.5 + 48
6	DINAMIC ® + Galago + Wet-All	125 g + 150 m    + 100 m   /100	87.5 + 72
7	DINAMIC ® + Galago + TOLLA	75 g + 100 m    + 1.0    +	52.5 + 48 + 960 + 180
	960 + Wet-All	100 m   /100C
8	DINAMIC ® + Galago + TOLLA	75 g + 150 m    + 1.0     +	52.5 + 72 + 960 + 180
	960 + Wet-All	100 m   /100
9	DINAMIC ® + Galago + TOLLA	100 g + 100 m    + 1.0     +
	960 + Wet-All	100 m   /100	70 + 48 + 960 + 180
10	DINAMIC ® + Galago + TOLLA	100 g + 150 m    + 1.0     +	70 + 72 + 960 + 180
	960 + Wet-All	100 m   /100
11	DINAMIC ® + Galago + TOLLA	125 g + 100 m    + 1.0     +	87.5 + 48 + 960 + 180
	960 + Wet-All	100 m   /100
12	DINAMIC ® + Galago + TOLLA	125 g + 150 m    + 1.0     +	87.5 + 72 + 960 + 180
	960 + Wet-All	100 m   /100
13	DINAMIC ® + Galago + TOLLA	250 g + 300 m    + 2.0     +	175 + 144 + 1920 + 360
	960 + Wet-All	200 m   /100
14	CALLISTO ® + Gardo Gold +	260 m    + 1562 m    + 100 m	125 + 488/293 + 100
	Complement super
15	Untreated control	—	—

TABLE 6-125
Test products used
				Manufacturer/	Registration
Product	Active Ingredient	Formulation	Supplier	No.
1	DINAMIC ®	Amicarbazone 700 g/kg	WDG	Arysta Lifescience
	700WDG
2	Galago	Mesotrione 480 g/	SC	Arysta Lifescience	L. 8089
3	TOLLA 960	Metolachlor 960 g/	EC	Arysta Lifescience	L. 6794
4	Wet-All	Adjuvant	SL	Arysta Lifescience	L. 8361
5	CALLISTO ®	Mesotrione 480 g/	SC	Syngenta	L. 6795
6	Gardo Gold	S-Metolachlor 312.5 g/	SC	Syngenta	L. 7763
		Terbuthylazine 187.5 g/
7	COMPLEMENT ®	Adjuvant	SL	Syngenta	L. 8169
	Super

TABLE 6-126
TRIAL DESIGN
Design     Completely randomized design
Replicates Four
Plot size  5 m × 2.5 m = Nett/plot

TABLE 6-127
SPRAYER
Sprayer     CO2 Precision Sprayer
Boom        2 m aluminium
Nozzle      5 × 11002 flat fan nozzles
            (Teejet 11002 DG)
Pressure    2.7 Bar
Application 200    /ha

Spray Water Quality:

pH: 6.5EC: 0.7 mS/m

Spray Volume:

200 U/ha at 2.7 Bar

TABLE 6-128
WEATHER INFORMATION
AT APPLICATION
Temperature (max) 25.9° C.
RH:               57%
Wind:             0-5 km/h, W
Cloud             7/8

TABLE 6-129
SOIL PROPERTIES AT APPLICATION
Clay Fraction 10.3%
Silt Fraction 5.8%
Sand Fraction 94.8%
pH (KCl)      7.3
Moisture      Field capacity
              (one day after irrigation)

Irrigation:

None (rain-fed)

Crop:

Crop: Maize

Variety: Phb 32 P 68 R

Growth stage: 4-5 leaf (BBCH growth stage 14/15)Sowing depth: 5 cmSowing density: 90 000 plants/ha

TABLE 6-130
WEED INFORMATION
		COMMON		GROWTH	% SOIL
	SPECIES	NAME	CODE	STAGE	COVER
	Datura	Large	DATFE	2-4 leaf	20%
	ferox	thornapple
	Portulaca	Purslane	POROL	8-12 leaf +	5%
	oleracea			2 sideshoots
	Schkuhria	Dwarf	SCHPI	2-6 leaf	10%
	pinnata	marigold
	Bidens	Blackjack	BIDPI	4-12 leaf +	5%
	pilosa			2 sideshoots

TABLE 6-131
ASSESSMENT DETAILS
Method      Comparative Efficacy
Herbicide   Efficacy: Number of weeds in treated versus
            untreated plots
            Selectivity: Visual phytotoxicity and yield
            7. Visual phytotoxicity: BRA 1-9 scale (refer to
            appendix for details)
            8. Yield: 20 cobs harvested at random from each
            plot. Average grain weight per plot determined
            using a precision 2 decimal scale. Statistical
            evaluation: ANOVA at the 95% probability
            using Tukeys LSD formulae
Assessment  14 DAA—Efficacy/Selectivity
Times-Days  28 DAA—Efficacy/Selectivity
After       56 DAA—Efficacy/Selectivity
Application Harvest—Selectivity
(DAA)

TABLE 6-132
Comparative yield of DINAMIC ® 700WDG programs
	YIELD (Kg/plot)
	Replicate
TREATMENT	I	II	III	IV	Mean
1	DINAMIC ® + Galago + Wet-All	2.04	2.13	2.30	1.60	2.02 a
	75 g + 100 ml + 100 ml/100
2	DINAMIC ® + Galago + Wet-All	2.31	2.31	2.31	1.72	2.16 a
	75 g + 150 m   + 100 m   /100
3	DINAMIC ® + Galago + Wet-All	2.62	1.95	2.27	1.79	2.16 a
	100 g + 100 m   + 100 m   /100
4	DINAMIC ® + Galago + Wet-All	2.49	1.97	2.39	1.93	2.20 a
	100 g + 150 m   + 100 m   /100
5	DINAMIC ® + Galago + Wet-All	2.09	2.27	2.37	2.07	2.20 a
	125 g + 100 m   + 100 m   /100
6	DINAMIC ® + Galago + Wet-All	2.35	2.17	1.84	2.22	2.14 a
	125 g + 150 m   + 100 m   /100
7	DINAMIC ® + Galago + TOLLA 960 +	2.61	1.88	2.23	2.12	2.21 a
	Wet-All
	75 g + 100 m   + 1.0 l + 100 m   /100
8	DINAMIC ® + Galago + TOLLA 960 +	2.33	2.03	2.05	1.91	2.08 a
	Wet-All
	75 g + 150 m   + 1.0 l + 100 m   /100
9	DINAMIC ® + Galago + TOLLA 960 +	2.20	1.92	2.66	1.96	2.18 a
	Wet-All
	100 g + 100 m   + 1.0 l + 100 m   /100
10	DINAMIC ® + Galago + TOLLA 960 +	2.21	2.24	2.31	2.58	2.34 a
	Wet-All
	100 g + 150 m   + 1.0 l + 100 m   /100
11	DINAMIC ® + Galago + TOLLA 960 +	1.84	2.03	2.63	2.80	2.33 a
	Wet-All
	125 g + 100 m   + 1.0 l + 100 m   /100
12	DINAMIC ® + Galago + TOLLA 960 +	1.50	2.29	2.19	2.74	2.18 a
	Wet-All
	125 g + 150 m   + 1.0 l + 100 m   /100
13	DINAMIC ® + Galago + TOLLA 960 +	1.57	1.92	1.90	2.07	1.87 a
	Wet-All
	250 g + 300 m   + 2.0 l + 200 m   /100
14	CALLISTO ® + Gardo Gold +	1.80	2.64	2.85	2.52	2.46 a
	COMPLIMENT ® Super
	260 m   + 1562 m   + 100 m   /100
15	Untreated control	2.12	2.67	2.68	2.45	2.48 a

TABLE 6-133
Comparative visual phytotoxicity of DINAMIC ® 700WDG post-emergence programs
	BBA VISUAL
	PHYTOTOXICITY SCALE
	(1 - no damage; 9 - dead)
	Replicate
TREATMENT	Timing	I	II	III	IV	Mean
1	DINAMIC ® + Galago + Wet-All	14 DAA	1	1	1	1	1.0
	75 g + 100 m   + 100 m   /100 m	28 DAA	1	1	1	1	1.0
		42 DAA	1	1	1	1	1.0
2	DINAMIC ® + Galago + Wet-All	14 DAA	1	1	1	1	1.0
	75 g + 150 m   + 100 m   /100 m	28 DAA	1	1	1	1	1.0
		42 DAA	1	1	1	1	1.0
3	DINAMIC ® + Galago + Wet-All	14 DAA	1	1	1	1	1.0
	100 g + 100 m   + 100 m   /100 m	28 DAA	1	1	1	1	1.0
		42 DAA	1	1	1	1	1.0
4	DINAMIC ® + Galago + Wet-All	14 DAA	1	1	1	1	1.0
	100 g + 150 m   + 100 m   /100 m	28 DAA	1	1	1	1	1.0
		42 DAA	1	1	1	1	1.0
5	DINAMIC ® + Galago + Wet-All	14 DAA	1	1	1	1	1.0
	125 g + 100 m   + 100 m   /100 m	28 DAA	1	1	1	1	1.0
		42 DAA	1	1	1	1	1.0
6	DINAMIC ® + Galago + Wet-All	14 DAA	3	1	1	3	2.0
	125 g + 150 m   + 100 m   /100 m	28 DAA	1	1	1	1	1.0
		42 DAA	1	1	1	1	1.0
7	DINAMIC ® + Galago + TOLLA 960 +	14 DAA	1	1	1	1	1.0
	Wet-All	28 DAA	1	1	1	1	1.0
	75 g + 100 m   + 1.0 l + 100 m   /100 m	42 DAA	1	1	1	1	1.0
8	DINAMIC ® + Galago + TOLLA 960 +	14 DAA	1	1	1	1	1.0
	Wet-All	28 DAA	1	1	1	1	1.0
	75 g + 150 m   + 1.0l + 100 m   /100 m	42 DAA	1	1	1	1	1.0
9	DINAMIC ® + Galago + TOLLA 960 +	14 DAA	1	1	1	1	1.0
	Wet-All	28 DAA	1	1	1	1	1.0
	100 g + 100 m   + 1.0 l + 100 m   /100 m	42 DAA	1	1	1	1	1.0
10	DINAMIC ® + Galago + TOLLA 960 +	14 DAA	1	1	1	1	1.5
	Wet-All	28 DAA	1	1	1	1	1.0
	100 g + 150 m   + 1.0 l + 100 m   /100 m	42 DAA	1	1	1	1	1.0
11	DINAMIC ® + Galago + TOLLA 960 +	14 DAA	3	3	1	1	2.0
	Wet-All	28 DAA	2	3	1	1	1.75
	125 g + 100 m   + 1.0 l + 100 m   /100 m	42 DAA	1	1	1	1	1.0
12	DINAMIC ® + Galago + TOLLA 960 +	14 DAA	3	3	1	1	2.0
	Wet-All	28 DAA	2	2	1	1	1.5
	125 g + 150 m   + 1.0 l + 100 m   /100 m	42 DAA	1	1	1	1	1.0
13	DINAMIC ® + Galago + TOLLA 960 +	14 DAA	5	6	6	5	5.5
	Wet-All	28 DAA	3	4	4	3	3.5
	250 g + 300 m   + 2.0l + 200 m   /100 m	42 DAA	2	3	3	2	2.5
14	CALLISTO ® + Gardo Gold +	14 DAA	1	1	1	1	1.0
	COMPLEMENT ® Super	28 DAA	1	1	1	1	1.0
	260 m   + 1562 m   + 100 m	42 DAA	1	1	1	1	1.0
15	Untreated control	14 DAA	1	1	1	1	1.0
		28 DAA	1	1	1	1	1.0
		42 DAA	1	1	1	1	1.0
Note:
Treatment means sharing the same letter do not differ significantly by LSD test at the 5% (α = 0.05) level of probability

TABLE 6-134
Comparative visual phytotoxicity of DINAMIC ® 700WDG post-emergence programs
	AVERAGE % WEED
	CONTROL BY SPECIES
TREATMENT	Timing	DATFE	SCHPI	POROL	CYPES
1	DINAMIC ® + Galago + Wet-All	14 DAA	99	100	60	30
	75 g + 100 m   + 100 m   /100 m	28 DAA	100	100	40	40
		56 DAA	100	100	30	30
2	DINAMIC ® + Galago + Wet-All	14 DAA	100	100	70	50
	75 g + 150 m   + 100 m   /100 m	28 DAA	100	100	50	70
		56 DAA	100	100	30	50
3	DINAMIC ® + Galago + Wet-All	14 DAA	99	100	65	35
	100 g + 100 m   + 100 m   /100 m	28 DAA	100	100	50	40
		56 DAA	100	100	35	35
4	DINAMIC ® + Galago + Wet-All	14 DAA	100	100	70	55
	100 g + 150 m   + 100 m   /100 m	28 DAA	100	100	60	70
		56 DAA	100	100	40	50
5	DINAMIC ® + Galago + Wet-All	14 DAA	100	100	70	40
	125 g + 100 m   + 100 ml/100 ml	28 DAA	100	100	60	50
		56 DAA	100	100	50	40
6	DINAMIC ® + Galago + Wet-All	14 DAA	100	100	75	40
	125 g + 150 m   + 100 m   /100 m	28 DAA	100	100	70	70
		56 DAA	100	100	55	60
7	DINAMIC ® + Galago + TOLLA 960 +	14 DAA	100	100	70	40
	Wet-All	28 DAA	100	100	55	50
	75 g + 100 m   + 1.0 l + 100 m   /100 m	56 DAA	100	100	45	40
8	DINAMIC ® + Galago + TOLLA 960 +	14 DAA	100	100	75	60
	Wet-All	28 DAA	100	100	65	80
	75 g + 150 m   + 1.0 l + 100 m   /100 m	56 DAA	100	100	50	70
9	DINAMIC ® + Galago + TOLL 960 +	14 DAA	100	100	75	50
	Wet-All	28 DAA	100	100	75	60
	100 g + 100 m   + 1.0 l + 100 m   /100 m	56 DAA	100	100	60	45
10	DINAMIC ® + Galago + TOLLA 960 +	14 DAA	100	100	80	65
	Wet-All	28 DAA	100	100	75	80
	100 g + 150 m   + 1.0 l + 100 m   /100 m	56 DAA	100	100	65	70
11	DINAMIC ® + Galago + TOLLA 960 +	14 DAA	100	100	80	50
	Wet-All	28 DAA	100	100	80	70
	125 g + 100 m   + 1.0 l + 100 m   /100 m	56 DAA	100	100	70	55
12	DINAMIC ® + Galago + TOLLA 960 +	14 DAA	100	100	85	60
	Wet-All	28 DAA	100	100	85	85
	125 g + 150 m   + 1.0 l + 100 m   /100 m	56 DAA	100	100	80	70
13	DINAMIC ® + Galago + TOLLA 960 +	14 DAA	100	100	100	70
	Wet-All	28 DAA	100	100	100	95
	250 g + 300 m   + 2.0 l + 200 m   /100 m	56 DAA	100	100	100	90
14	CALLISTO ® + Gardo Gold +	14 DAA	100	100	85	65
	COMPLEMENT ® Super	28 DAA	100	100	90	90
	260 m   + 1562 m   + 100 m	56 DAA	100	100	90	90
15	Untreated Control	14 DAA	0	0	0	0
		28 DAA	0	0	0	0
		56 DAA	0	0	0	0

The trial was conducted on a commercial maize crop produced under sprinkler irrigation. The DINAMIC® 700WDG formulation was evaluated for herbicidal activity and crop selectivity when applied as a post-emergence spray program in tank-mix combination with Galago and TOLLA 960. The adjuvant Wet-All was applied to all treatments receiving DINAMIC® 700WDG as standard practice. Treatments were applied post-emergence of crop and weeds as broadcast applications over the maize rows when the maize crop was in the 4-5 leaf stage.

No visual symptoms of phytotoxicity in the form of stunting, chlorosis, necrosis or growth-abnormalities were observed on treatments receiving the tank-mix combinations of DINAMIC® 700WDG+Galago+Wet-All where DINAMIC® 700 WDG was applied at rates of 75 g/ha and 100 g/ha, respectively. Tank-mix combinations of DINAMIC® 700WDG+Galago+Wet-All applied at rates of 125 g/ha+150 m+100 m/100 exhibited slight visual symptoms of stunting on isolated plots at the first assessment only. No visual symptoms of stunting were observed on any of the subsequent evaluations conducted at 28 DAA and 42 DAA, respectively.

Visual symptoms of phytotoxicity in the form of stunting were observed at the assessments conducted at 14 and 28 DAA in treatments receiving the tank-mix combination of DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All where DINAMIC® 700WDG was applied at the rate of 125 g/ha and the double rate of 250 g/ha. Symptoms of phytotoxicity were not severe and ranged from negligible to moderate (BBA visual phytotoxicity rating of 2 to 3) in tank-mix treatments receiving DINAMIC® 700WDG at the rate of 125 g/ha. No visual symptoms of phytotoxicity of any nature were observed at the final assessment conducted at 56 DAA.

Tank-mix combinations of DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All applied at the double rate of 250 g/ha+300 m/ha+1.0 /ha+200 m/100 exhibited distinct symptoms of stunting (BBA class 5-6) at the first assessment conducted at 14 DAA. Severity of stunting improved at the subsequent evaluations conducted at 28 DAA (BBA class 3-4) and 56 DAA (BBA class 2-3).

Yield.

None of the various DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All tank-mix combinations exhibited a significant reduction in yield compared to the untreated control and the standard CALLISTO®+Gardo Gold+COMPLEMENT® Super treatments.

The weed spectrum at the trial site was composed of yellow nutsedge (CYPES) and broadleaved weeds namely Large thornapple (DATFE), Dwarf marigold (SCHPI) and Purslane (POROL). The broadleaved weed POROL was in an advanced growth stage at application and considered to be beyond acceptable post-emergence application size. Efficacy evaluations were conducted at 14, 28 and 56 days following application, respectively.

DINAMIC® 700WDG+Galago

Tank-mix combinations of DINAMIC® 700WDG+Galago+Wet-all exhibited commercially acceptable levels of herbicidal activity against the broadleaved weeds DATFE and SCHPI across all rates applied. None of the treatments exhibited commercially acceptable levels of herbicidal activity against CYPES and POROL.

DINAMIC® 700WDG+Galago+TOLLA 960

Tank-mix combinations of DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All were efficacious and exhibited commercially acceptable levels of herbicidal activity against the broadleaved weeds DATFE and SCHPI across all rates applied. The broadleaved weed POROL was suppressed (efficacy between 80-89%) in treatments receiving DINAMIC® 700WDG applied at the rate of 125 g/ha in combination with Galago at 150 m/ha. The double rate of DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All and the standard tank-mix combination of CALLISTO®+Gardo Gold+COMPLEMENT® Super were the only treatments to display commercially acceptable levels of herbicidal activity against yellow nutsedge (CYPES) as a result of the higher rate of mesotrione in these treatments. The standard tank-mix combination of CALLISTO®+Gardo Gold+COMPLEMENT® Super applied at 260 m/ha+1562 m/ha+100 m/100 displayed superior levels of herbicidal activity with commercial control achieved for all weed species at the final assessment conducted at 56 DAA.

Compatibility

No visual symptoms of incompatibility in the form of phase separation or agglomeration were observed in any of the tank-mix combinations of DINAMIC® 700WDG+Galago+Wet-All and DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All, whether applied at single or double rates.

No visual symptoms of phytotoxicity in the form of stunting, chlorosis, necrosis or growth-abnormalities were observed on treatments receiving the tank-mix combinations of DINAMIC® 700WDG+Galago+Wet-All where DINAMIC® 700WDG was applied at the rates of 75 g/ha and 100 g/ha. Negligible levels of stunting were observed in treatments receiving the tank-mix combination of DINAMIC® 700WDG+Galago+Wet-All at the rate of 125 g/ha+150 m/ha+100 m/100 at the first assessment only, after which no further symptoms of phytotoxicity were observed.

Visual symptoms of phytotoxicity in the form of stunting were observed at the assessments conducted at 14 and 28 DAA in treatments receiving the tank-mix combination of DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All where DINAMIC® 700WDG was applied at the rate of 125 g/ha. Stunting was not severe and ranged from negligible to moderate according to BBA visual phytotoxicity scale. Tank-mix combinations of DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All applied at the rate of 250 g/ha+300 m/ha+1.0 /ha+200 m/100 exhibited distinct symptoms of stunting (BBA class 5-6) at the first assessment conducted at 14 DAA. Severity of stunting improved at the subsequent evaluations conducted at 28 DAA (BBA class 3-4) and 56 DAA (BBA class 2-3).

None of the various DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All tank-mix combinations exhibited a significant reduction in yield compared to the untreated control and the standard CALLISTO®+Gardo Gold+COMPLEMENT Super treatments.

Tank-mix combinations of DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All were efficacious and exhibited commercially acceptable levels of herbicidal activity against the broadleaved weeds DATFE and SCHPI across all rates applied. Yellow nutsedge (CYPES) was only controlled by the double rate of DINAMIC®+Galago+TOLLA 960+Wet-All and the standard tank-mix combination of CALLISTO®+Gardo Gold+COMPLEMENT® Super as a result of the higher rate of mesotrione in these treatments.

No visual symptoms of incompatibility in the form of phase separation or agglomeration were observed in any of the tank-mix combinations of DINAMIC® 700WDG+Galago+Wet-All and DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All, whether applied at single or double rates.

TABLE 6-135
Anova TABLE Grain yield (kg/plot)
		Degrees of	Sums of	Mean	F
	Unit	freedom	Squares	Squares	Value
	Reps	3	0.3582
	Treatments	14	1.372	0.9798	0.9748
	Error	42	4.221	0.1005
	Total	59	5.951
	Overall mean	2.199
	S. E for Difference	0.2242
	Least Significant Difference (LSD) at 95%	0.4524

TABLE 6-136
BBA Visual Phytotoxicity rating scale
	EQUIVALENT
Scale	%	Description
1	0%	NO DAMAGE
2	0.1-2.5%	NEGLIGIBLE DAMAGE
3	2.5-5.0%	MODERATE DAMAGE
		No effects on yield and/or quality
4	5.0-10%	Damage up to limits of commercial
		acceptability—if no yield loss
5	10-15%	DISTINCT DAMAGE
		Commercially acceptable only under
		certain conditions—if no yield loss
6	15-25%	SEVERE DAMAGE
		Not commercially acceptable—yield
		loss and quality
7	25-35%	VERY SEVERE DAMAGE
8	35-68%	EXTREME DAMAGE
9	68-100%	START OF WITHERING AND DEATH

Q. Post-Emergence Application Against Weed in Maize

This Example compares the herbicidal selectivity and efficacy of DINAMIC® 700WDG applied in combination with Galago and TOLLA 960 as a post-emergence application with regards to both crop and weeds in dry land maize. Treatments and conditions are tabulated below.

TABLE 6-137
TREATMENTS
	Rate/ha
TREATMENT	Product (   )	a.i. (g)
1	DINAMIC ® + Galago +	75 g + 100 m    +	52.5 + 48 + 180
	Wet-All	100 m   /100
2	DINAMIC ® + Galago +	75 g + 150 m    +	52.5 + 72
	Wet-All	100 m   /100
3	DINAMIC ® + Galago +	100 g + 100 m    +	70 + 48
	Wet-All	100 m   /100
4	DINAMIC ® + Galago +	100 g + 150 m    +	70 + 72
	Wet-All	100m   /100
5	DINAMIC ® + Galago +	125 g + 100 m    +	87.5 + 48
	Wet-All	100 m   /100
6	DINAMIC ® + Galago +	125 g + 150 m    +	87.5 + 72
	Wet-All	100 m   /100
7	DINAMIC ® + Galago +	75 g + 100 m    + 1.0     +	52.5 + 48 + 960 + 180
	TOLLA 960 + Wet-All	100 m   /100
8	DINAMIC ® + Galago +	75 g + 150 m    + 1.0     +	52.5 + 72 + 960 + 180
	TOLLA 960 + Wet-All	100 m   /100
9	DINAMIC ® + Galago +	100 g + 100 m    + 1.0     +	70 + 48 + 960 + 180
	TOLLA 960 + Wet-All	100 m   /100
10	DINAMIC ® + Galago +	100 g + 150 m    + 1.0     +	70 + 72 + 960 + 180
	TOLLA 960 + Wet-All	100 m   /100
11	DINAMIC ® + Galago +	125 g + 100 m    + 1.0     +	87.5 + 48 + 960 + 180
	TOLLA 960 + Wet-All	100 m   /100
12	DINAMIC ® + Galago +	125 g + 150 m    + 1.0     +	87.5 + 72 + 960 + 180
	TOLLA 960 + Wet-All	100 m   /100
13	DINAMIC ® + Galago +	250 g + 300 m    + 2.0     +	175 + 144 + 1920 + 360
	TOLLA 960 + Wet-All	200 m   /100
14	CALLISTO ® + Gardo	260 m    + 1562 m    +	125 + 488/293 + 100
	Gold + Complement	100 m   /100
	super
15	Untreated control	—	—

TABLE 6-138
Test products used:
	Active		Manufacturer/
Product	Ingredient	Formulation	Supplier	Registration No.
1	DINAMIC ®	Amicarbazone	WDG	Arysta
	700WDG	700 g/kg		Lifescience
2	Galago	Mesotrione	SC	Arysta	L. 8089
		480 g/		Lifescience
3	TOLLA 960	Metolachlor	EC	Arysta	L. 6794
		960 g/		Lifescience
4	Wet-All	Adjuvant	SL	Arysta	L. 8361
				Lifescience
5	CALLISTO ®	Mesotrione	SC	Syngenta	L. 6795
		480 g/
6	Gardo Gold	S-Metolachlor	SC	Syngenta	L. 7763
		312.5 g/
		Terbuthylazine
		187.5 g/
7	COMPLEMENT ®	Adjuvant	SL	Syngenta	L. 8169
	Super

TABLE 6-139
TRIAL DESIGN
Design     Completely randomized design
Replicates Four
Plot size  5 m × 2.5 m = Nett/plot

TABLE 6-140
SPRAYER
Sprayer     CO2 Precision Sprayer
Boom        2 m aluminium
Nozzle      5 × 11002 flat fan nozzles
            (Teejet 11002 DG)
Pressure    2.7 Bar
Application 200    /ha

Spray Water Quality:

pH: 6.5EC: 0.7 mS/m

Spray Volume:

200/ha at 2.7 Bar

TABLE 6-141
WEATHER INFORMATION
AT APPLICATION
Time:             10:00
Temperature (max) 28.3° C.
RH:               44%
Wind:             0-5 km/h, NE
Cloud             3/8

TABLE 6-142
SOIL PROPERTIES AT APPLICATION
Clay Fraction 16.0%
Silt Fraction 3.5%
Sand Fraction 80.5%
pH (KCl)      5.1
Moisture      Surface dry, subsurface moist at 6 cm

Irrigation:

None (rain-fed)

Crop:

Crop: Maize

Variety: Phb 31 G 54 BR

Growth stage: 6-7 leaf (BBCH growth stage 16/17)Sowing depth: 5 cmSowing density: 45000 plants/ha

TABLE 6-143
WEED INFORMATION
	COMMON		GROWTH	% SOIL
SPECIES	NAME	CODE	STAGE	COVER
Bidens pilosa	Blackjack	BIDPI	2-4 leaf	10%
Amaranthus	Pigweed	AMAHY	2-4 leaf	10%
hybridus
Tagetes minuta	Khaki weed	TAGMI	2-6 leaf	5%
Portulaca	Purslane	POROL	4-12 leaf +	5%
oleracea			2 sideshoots
Commelina	Wandering	COMBE	4-8 leaf	5%
benghalensis	Jew

TABLE 6-144
ASSESSMENT DETAILS
Method      Comparative Efficacy
Herbicide   Efficacy: Number of weeds in treated versus
            untreated plots
            Selectivity: Visual phytotoxicity and yield
            9. Visual phytotoxicity: BBA 1-9 scale (refer to
            appendix for details)
            10. Yield: 20 cobs harvested at random from each
            plot. Average grain weight per plot determined
            using a precision 2 decimal scale. Statistical
            evaluation: ANOVA at the 95% probability
            using Tukeys LSD formulae
Assessment  14 DAA—Efficacy/Selectivity
Times-      28 DAA—Efficacy/Selectivity
Days After  42 DAA—Efficacy/Selectivity
Application Harvest Selectivity
(DAA)

TABLE 6-145
Comparative yield of DINAMIC ® 700WDG programs
	YIELD (Kg/plot)
	Replicate
TREATMENT	I	II	III	IV	Mean
1	DINAMIC ® + Galago + Wet-All	2.63	2.65	2.63	1.71	2.41 a
	75 g + 100 m   + 100 m   /100
2	DINAMIC ® + Galago + Wet-All	2.95	2.87	2.24	2.55	2.65 a
	75 g + 150 m   + 100 m   /100
3	DINAMIC ® + Galago + Wet-All	2.29	2.67	2.67	2.01	2.41 a
	100 g + 100 m   + 100 m   /100
4	DINAMIC ® + Galago + Wet-All	2.47	2.85	1.79	2.22	2.33 a
	100 g + 150 m   + 100 m   /100
5	DINAMIC ® + Galago + Wet-All	2.64	2.58	2.71	2.48	2.60 a
	125 g + 100 m   + 100 m   /100
6	DINAMIC ® + Galago + Wet-All	2.43	2.77	2.69	2.15	2.51 a
	125 g + 150 m   + 100 m   /100 m
7	DINAMIC ® + Galago + TOLLA 960 + Wet-All	2.47	2.72	2.62	2.44	2.57 a
	75 g + 100 m   + 1.0 l + 100 m   /100
8	DINAMIC ® + Galago + TOLLA 960 + Wet-All	2.52	2.66	2.09	2.88	2.54 a
	75 g + 150 m   + 1.0 l + 100 m   /100
9	DINAMIC ® + Galago + TOLLA 960 + Wet-All	2.84	2.49	2.47	2.97	2.69 a
	100 g + 100 m   + 1.0 l + 100 m   /100
10	DINAMIC ® + Galago + TOLLA 960 + Wet-All	2.72	2.82	2.28	2.69	2.63 a
	100 g + 150 m   + 1.0 l + 100 m   /100
11	DINAMIC ® + Galago + TOLLA 960 + Wet-All	2.52	2.42	2.41	2.78	2.53 a
	125 g + 100 m   + 1.0 l + 100 m   /100
12	DINAMIC ® + Galago + TOLLA 960 + Wet-All	2.51	2.53	1.95	2.53	2.38 a
	125 g + 150 m   + 1.01 + 100 m   /100
13	DINAMIC ® + Galago + TOLLA 960 + Wet-All	2.10	2.41	2.61	2.51	2.41 a
	250 g + 300 m   + 2.0 l + 200 m   /100
14	CALLISTO ® + Gardo Gold + COMPLIMENT ®	2.30	2.30	1.68	3.17	2.36 a
	Super
	260 m   + 1562 m   + 100 m   /100
15	Untreated control	2.32	2.42	2.92	3.14	2.70 a
Note:
Treatment means sharing the same letter do not differ significantly by LSD test at the 5% (α = 0.05) level of probability

TABLE 6-146
Comparative visual phytotoxicity of DINAMIC ® 700WDG post-emergence programs
	BBA VISUAL
	PHYTOTOXICITY
	SCALE
	(1 - no damage;
	9 - dead)
	Replicate
TREATMENT	Timing	I	II	III	IV	Mean
1	DINAMIC ® + Galago + Wet-All	14 DAA	1	1	1	1	1.0
	75 g + 100 m   + 100 m   /100 m	28 DAA	1	1	1	1	1.0
		42 DAA	1	1	1	1	1.0
2	DINAMIC ® + Galago + Wet-All	14 DAA	1	1	1	1	1.0
	75 g + 150 m   + 100 m   /100 m	28 DAA	1	1	1	1	1.0
		42 DAA	1	1	1	1	1.0
3	DINAMIC ® + Galago + Wet-All	14 DAA	1	1	1	1	1.0
	100 g + 100 m   + 100 m   /100 m	28 DAA	1	1	1	1	1.0
		42 DAA	1	1	1	1	1.0
4	DINAMIC ® + Galago + Wet-All	14 DAA	1	1	1	1	1.0
	100 g + 150 m   + 100 m   /100 m	28 DAA	1	1	1	1	1.0
		42 DAA	1	1	1	1	1.0
5	DINAMIC ® + Galago + Wet-All	14 DAA	1	1	1	1	1.0
	125 g + 100 m   + 100 m   /100 m	28 DAA	1	1	1	1	1.0
		42 DAA	1	1	1	1	1.0
6	DINAMIC ® + Galago + Wet-All	14 DAA	1	1	1	1	1.0
	125 g + 150 m   + 100 m   /100 m	28 DAA	1	1	1	1	1.0
		42 DAA	1	1	1	1	1.0
7	DINAMIC ® + Galago + TOLLA 960 +	14 DAA	1	1	1	1	1.0
	Wet-All	28 DAA	1	1	1	1	1.0
	75 g + 100 m   + 1.0 l + 100 m   /100 m	42 DAA	1	1	1	1	1.0
8	DINAMIC ® + Galago + TOLLA 960 +	14 DAA	1	1	1	1	1.0
	Wet-All	28 DAA	1	1	1	1	1.0
	75 g + 150 m   + 1.0 l + 100 m   /100 m	42 DAA	1	1	1	1	1.0
9.	DINAMIC ® + Galago + TOLLA 960 +	14 DAA	1	1	1	1	1.0
	Wet-All	28 DAA	1	1	1	1	1.0
	100 g + 100 m   + 1.0 l + 100 m   /100 m	42 DAA	1	1	1	1	1.0
10.	DINAMIC ® + Galago + TOLLA 960 +	14 DAA	2	1	1	2	1.5
	Wet-All	28 DAA	1	1	1	1	1.0
	100 g + 150 m   + 1.0 l + 100 m   /100 m	42 DAA	1	1	1	1	1.0
11.	DINAMIC ® + Galago + TOLLA 960 +	14 DAA	3	1	2	1	1.75
	Wet-All	28 DAA	2	1	2	1	1.5
	125 g + 100 m   + 1.0 l + 100 m   /100 m	42 DAA	1	1	1	1	1.0
12.	DINAMIC ® + Galago + TOLLA 960 +	14 DAA	3	3	2	2	2.5
	Wet-All	28 DAA	3	2	2	2	2.25
	125 g + 150 m  + 1.0 l + 100 m  /100 m +z,279	42 DAA	1	1	1	1	1.0
13.	DINAMIC ® + Galago + TOLLA 960 +	14 DAA	4	3	3	3	3.25
	Wet-All	28 DAA	3	3	3	3	3.0
	250 g + 300 m  + 2.0 l + 200 m  /100 m +z,279	42 DAA	1	1	1	1	1.0
14.	CALLISTO ® + Gardo Gold +	14 DAA	1	1	1	1	1.0
	COMPLEMENT ® Super	28 DAA	1	1	1	1	1.0
	260 m  + 1562 m  + 100 m +z,279	42 DAA	1	1	1	1	1.0
15.	Untreated control	14 DAA	1	1	1	1	1.0
		28 DAA	1	1	1	1	1.0
		42 DAA	1	1	1	1	1.0

TABLE 6-147
Comparative visual phytotoxicity of DINAMIC ® 700WDG post-emergence programs
	AVERAGE % WEED CONTROL BY SPECIES
TREATMENT	DAA	AMAHY	BIDPI	TAGMI	POROL	COMBE
1	DINAMIC ® + Galago + Wet-All	14	70	90	94	40	40
	75 g + 100 m   + 100 m  /100 m	28	80	90	100	50	40
		56	65	80	100	30	30
2	DINAMIC ® + Galago + Wet-All	14	90	96	98	60	60
	75 g + 150 m   + 100 ml/100 m	28	85	100	100	60	60
		56	80	100	100	35	40
3	DINAMIC ® + Galago + Wet-All	14	85	98	98	50	50
	100 g + 100 m   + 100 ml/100 m	28	85	94	100	60	55
		56	75	90	100	30	30
4	DINAMIC ® + Galago + Wet-All	14	92	98	98	60	65
	100 g + 150 m   + 100 ml/100 m	28	96	100	100	65	60
		56	85	100	100	40	45
5	DINAMIC ® + Galago + Wet-All	14	90	98	99	65	65
	125 g + 100 m   + 100 ml/100 m	28	92	100	100	60	60
		56	85	100	100	40	45
6	DINAMIC ® + Galago + Wet-All	14	98	99	99	70	70
	125 g + 150 m   + 100 ml/100 m  l	28	98	100	100	65	70
		56	90	100	100	45	45
7	DINAMIC ® + Galago + TOLLA 960 + Wet-All	14	90	98	99	60	70
	75 g + 100 m   + 1.0 l + 100 ml/100 m  l	28	85	100	100	65	60
		56	80	100	100	35	30
8	DINAMIC ® + Galago + TOLLA 960 + Wet-All	14	98	99	99	70	80
	75 g + 150 m   + 1.0 l + 100 ml/100 m  l	28	96	100	100	80	70
		56	90	100	100	40	40
9	DINAMIC ® + Galago + TOLLA 960 + Wet-All	14	99	99	99	75	85
	100 g + 100 m   + 1.0 l + 100 ml/100 m  l	28	92	100	100	70	70
		56	90	100	100	45	50
10	DINAMIC ® + Galago + TOLLA 960 + Wet-All	14	99	99	99	85	90
	100 g + 150 m   + 1.0 l + 100 ml/100 m  l	28	100	100	100	80	80
		56	100	100	100	55	60
11	DINAMIC ® + Galago + TOLLA 960 + Wet-All	14	99	99	99	85	90
	125 g + 100 m   + 1.0 l + 100 ml/100 m  l	28	100	100	100	80	85
		56	100	100	100	60	60
12	DINAMIC ® + Galago + TOLLA 960 + Wet-All	14	99	99	99	90	90
	125 g + 150 m   + 1.0 l + 100 ml/100 m  l	28	100	100	100	90	90
		56	10.0	100	100	80	80
13	DINAMIC ® + Galago + TOLLA 960 + Wet-All	14	100	100	100	98	99
	250 g + 300 m   + 2.0 l + 200 ml/100 m  l	28	100	100	100	94	96
		56	100	100	100	92	100
14	CALLISTO ® + Gardo Gold + COMPLIMENT ®	14	100	100	100	94	94
	Super	28	100	100	100	94	92
	260 m   + 1562 m   + 100 ml/100 m  l	56	100	100	100	90	95
15	Untreated Control	14	0	0	0	0	0
		28	0	0	0	0	0
		56	0	0	0	0	0

The trial was conducted on a commercial maize crop produced under dry land conditions. The DINAMIC® 700WDG formulation was evaluated for herbicidal activity and crop selectivity when applied as a post-emergence spray program in tank-mix combination with Galago and TOLLA 960. The adjuvant Wet-All was applied to all treatments receiving DINAMIC® 700WDG as standard practice. Treatments were applied post-emergence of crop and weeds as broadcast applications over the maize rows when the maize crop was in the 6-7 leaf stage.

No visual symptoms of phytotoxicity in the form of stunting, chlorosis, necrosis or growth-abnormalities were observed on any of the treatments receiving the tank-mix combinations of DINAMIC® 700WDG+Galago+Wet-All across all rates applied.

Visual symptoms of phytotoxicity in the form of stunting were observed at the assessments conducted at 14 and 28 DAA in treatments receiving the tank-mix combination of DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All where DINAMIC® 700WDG was applied at the rate of 125 g/ha and the double rate of 250 g/ha. Symptoms of phytotoxicity were not severe and ranged from negligible to moderate (BBA visual phytotoxicity rating of 2 to 3) depending on the dosage rate of DINAMIC® 700WDG applied. No visual symptoms of phytotoxicity of any nature were observed at the final assessment conducted at 56 DAA.

The weed spectrum at the trial site was dominated by broadleaved weeds namely Blackjack (BIDPI), Pigweed (AMAHY), Khaki weed (TAGMI) and Wandering jew (COMBE). The broadleaved weed POROL was in an advanced growth stage at application and considered to be beyond acceptable post-emergence application size. Efficacy evaluations were conducted at 14, 28 and 56 days following application, respectively.

DINAMIC® 700WDG+Galago

Tank-mix combinations of DINAMIC® 700WDG+Galago+Wet-all exhibited commercially acceptable levels of herbicidal activity against the broadleaved weeds BIDPI and TAGMI in treatments receiving DINAMIC® 700WDG applied at the higher rates of 100 g/ha and 125 g/ha. The broadleaved weed AMAHY was only commercially controlled at the higher tank-mix rate of DINAMIC® 700WDG+Galago applied at 125 g/ha+150 m/ha. None of the treatments displayed commercially acceptable levels of herbicidal activity against the broadleaved weeds COMBE and POROL.

DINAMIC® 700WDG+Galago+TOLLA 960

Tank-mix combinations of DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All were efficacious and exhibited commercially acceptable levels of herbicidal activity against the broadleaved weeds BIDPI and TAGMI across all rates applied. The broadleaved weed AMAHY was commercially controlled by all tank-mix combinations where DINAMIC® 700WDG was applied at rates exceeding 75 g/ha or where Galago was applied at 150 m/ha. The broadleaved weeds POROL and COMBE were only commercially controlled by the double rate of DINAMIC®+Galago+TOLLA+Wet-All applied at 250 g/ha+300 m/ha+2.00 /ha+200 m/100 and the standard tank-mix combination of CALLISTO®+Gardo Gold+COMPLEMENTS Super applied at 260 m/ha+1562 m/ha+100 m/100 due to the higher rate of the active ingredient Mesotrione in these treatments.

Compatibility

No visual symptoms of incompatibility in the form of phase separation or agglomeration were observed in any of the tank-mix combinations of DINAMIC® 700WDG+Galago+Wet-All and DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All, whether applied at single or double rates.

No visual symptoms of phytotoxicity in the form of stunting, chlorosis, necrosis or growth-abnormalities were observed on any of the treatments receiving the tank-mix combinations of DINAMIC® 700WDG+Galago+Wet-All across all rates applied.

Visual symptoms of phytotoxicity in the form of stunting were observed at the assessments conducted at 14 and 28 DAA in treatments receiving the tank-mix combination of DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All where DINAMIC® 700WDG was applied at the rate of 125 g/ha and the double rate of 250 g/ha. Stunting was not severe and ranged from negligible to moderate according to BBA visual phytotoxicity scale.

Tank-mix combinations of DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All were efficacious and exhibited commercially acceptable levels of herbicidal activity against the broadleaved weeds BIDPI and TAGMI across all rates applied. AMAHY was commercially controlled by all tank-mix combinations where DINAMIC® 700WDG was applied at rates exceeding 75 g/ha or where Galago was applied at 150 m/ha. The broadleaved weeds POROL and COMBE were only commercially controlled by the double rate of DINAMIC®+Galago+TOLLA+Wet-All and the standard tank-mix combination of CALLISTO®+Gardo Gold+COMPLEMENT® Super.

No visual symptoms of incompatibility in the form of phase separation or agglomeration were observed in any of the tank-mix combinations of DINAMIC® 700WDG+Galago+Wet-All and DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All, whether applied at single or double rates.

TABLE 6-148
Anova Table Grain yield (kg/plot)
	Degrees of	Sums of	Mean	F
Unit	freedom	Squares	Squares	Value
Reps	3	.4117
Treatments	14	.8700	.6214	.5757
Error	42	4.533	.1079
Total	59	5.815
Overall mean	2.514
S. E for Difference	0.2323
Least Significant Difference (LSD) at 95%	0.4688

TABLE 6-149
BBA Visual Phytotoxicity rating scale
	EQUIVALENT
Scale	%	Description
1	0%	NO DAMAGE
2	0.1-2.5%	NEGLIGIBLE DAMAGE
3	2.5-5.0%	MODERATE DAMAGE
		No effects on yield and/or quality
4	5.0-10%	Damage up to limits of commercial
		acceptability-if no yield loss
5	10-15%	DISTINCT DAMAGE
		Commercially acceptable only under certain
		conditions-if no yield loss
6	15-25%	SEVERE DAMAGE
		Not commercially acceptable-yield loss and quality
7	25-35%	VERY SEVERE DAMAGE
8	35-68%	EXTREME DAMAGE
9	68-100%	START OF WITHERING AND DEATH

R. Post-Emergence Application Against Weed in Maize

This Example compares the herbicidal selectivity and efficacy of DINAMIC® 700WDG applied in combination with Galago and TOLLA 960 as a post-emergence application with regards to both crop and weeds in irrigated maize. Treatments and conditions are tabulated below.

TABLE 6-150
TREATMENTS
		Rate/ha
TREATMENT	Product (   )	a.i. (g)
1	DINAMIC ® + Galago + Wet-All	75 g + 100 m   + 100 m   /100	52.5 + 48 + 180
2	DINAMIC ® + Galago + Wet-All	75 g + 150 m   + 100 m   /100	52.5 + 72
3	DINAMIC ® + Galago + Wet-All	100 g + 100 m   + 100 m   /100	70 + 48
4	DINAMIC ® + Galago + Wet-All	100 g + 150 m   + 100 m   /100	70 + 72
5	DINAMIC ® + Galago + Wet-All	125 g + 100 m   + 100 m   /100	87.5 + 48
6	DINAMIC ® + Galago + Wet-All	125 g + 150 m   + 100 m   /100	87.5 + 72
7	DINAMIC ® + Galago +	75 g + 100 m   + 1.0  +	52.5 + 48 + 960 + 180
	TOLLA 960 + Wet-All	100 m   /100
8	DINAMIC ® + Galago +	75 g + 150 m   + 1.0  +	52.5 + 72 + 960 + 180
	TOLLA 960 + Wet-All	100 m   /100
9	DINAMIC ® + Galago +	100 g + 100 m   + 1.0  +	70 + 48 + 960 + 180
	TOLLA 960 + Wet-All	100 m   /100
10	DINAMIC ® + Galago +	100 g + 150 m   + 1.0  +	70 + 72 + 960 + 180
	TOLLA 960 + Wet-All	100 m   /100
11	DINAMIC ® + Galago +	125 g + 100 m    + 1.0  +	87.5 + 48+ 960 + 180
	TOLLA 960 + Wet-All	100 m   /100
12	DINAMIC ® + Galago +	125 g + 150 m    + 1.0  +	87.5 + 72 + 960 + 180
	TOLLA 960 + Wet-All	100 m   /100
13	DINAMIC ® + Galago +	250 g + 300 m    + 2.0  +	175 + 144 + 1920 + 360
	TOLLA 960 + Wet-All	200 m   /100
14	CALLISTO ® + Gardo Gold +	260 m   + 1562 m   +	125 + 488/293 + 100
	Complement super	100 m   /100
15	Untreated control	—	—

TABLE 6-151
Test products used
				Manufacturer/	Registration
Product	Active Ingredient	Formulation	Supplier	No.
1	DINAMIC ®	Amicarbazone 700 g/kg	WDG	Arysta Lifescience
	700WDG
2	Galago	Mesotrione 480 g/	SC	Arysta Lifescience	L. 8089
3	TOLLA 960	Metolachlor 960 g/	EC	Arysta Lifescience	L. 6794
4	Wet-All	Adjuvant	SL	Arysta Lifescience	L. 8361
5	CALLISTO ®	Mesotrione 480 g/	SC	Syngenta	L. 6795
6	Gardo Gold	S-Metolachlor 312.5 g/	SC	Syngenta	L. 7763
		Terbuthylazine 187.5 g/
7	COMPLEMENT ®	Adjuvant	SL	Syngenta	L. 8169
	Super

TABLE 6-152
TRIAL DESIGN
Design     Completely randomized design
Replicates Four
Plot size  5 m × 2.5 m = Nett/plot

TABLE 6-153
SPRAYER
Sprayer     CO2 Precision Sprayer
Boom        2 m aluminium
Nozzle      5 × 11002 flat fan nozzles (Teejet 11002 DG)
Pressure    2.7 Bar
Application 200   /ha

Spray Water Quality:

pH: 6.5EC: 0.7 mS/m

Spray Volume:

200 /ha at 2.7 Bar

TABLE 6-154
WEATHER INFORMATION AT APPLICATION
Temperature (max) 21.7° C.
RH:               65%
Wind:             0-5 km/h, NE
Cloud             8/8

TABLE 6-155
SOIL PROPERTIES AT APPLICATION
Clay Fraction 9%
Silt Fraction 5%
Sand Fraction 86%
pH (KCl)      6.01
Moisture      Field
              capacity

Irrigation

None (rain-fed)

Crop

Crop: Maize

Variety: Pan 3P-736BR

Growth stage: 4-5 leaf (BBCH growth stage 14/15)

Sowing depth: 5 cm

Sowing density: 80 000 plants/ha

TABLE 6-156
WEED INFORMATION
	COMMON		GROWTH	% SOIL
SPECIES	NAME	CODE	STAGE	COVER
Bidens pilosa	Blackjack	BIDPI	2-4 leaf	25%
Portulaca oleracea	Purslane	POROL	4-6 leaf	5%
Convolvulus arvensis	Field bindweed	CONAR	2-4 leaf	5%
Anoda cristata	Anoda weed	ANOCR	2-4 leaf	5%

TABLE 6-157
ASSESSMENT DETAILS
	YIELD (Kg/plot)
	Replicate
TREATMENT	I	II	III	IV	Mean
1	DINAMIC ® + Galago + Wet-All	3.89	4.00	3.68	3.43	3.75 ab
	75 g + 100 ml + 100 ml/100 l
2	DINAMIC ® + Galago + Wet-All	3.61	3.56	3.72	3.34	3.56 ab
	75 g + 150 ml + 100 ml/100 l
3	DINAMIC ® + Galago + Wet-All	3.81	4.06	3.43	2.78	3.52 ab
	100 g + 100 ml + 100 ml/100 l
4	DINAMIC ® + Galago + Wet-All	3.99	4.01	3.98	3.27	3.81 ab
	100 g + 150 ml + 100 ml/100 l
5	DINAMIC ® + Galago + Wet-All	3.57	3.78	3.60	3.66	3.65 ab
	125 g + 100 ml + 100 ml/100 l
6	DINAMIC ® + Galago + Wet-All	3.43	3.92	3.92	4.04	3.83 ab
	125 g + 150 ml + 100 ml/100 l
7	DINAMIC ® + Galago + TOLLA 960 + Wet-All	3.54	4.06	3.70	3.50	3.70 ab
	75 g + 100 ml + 1.0 l + 100 ml/100 l
8	DINAMIC ® + Galago + TOLLA 960 + Wet-All	3.90	4.06	3.33	2.93	3.55 ab
	75 g + 150 ml + 1.0 l + 100 ml/100 l
9	DINAMIC ® + Galago + TOLLA 960 + Wet-All	3.52	4.27	3.80	3.32	3.73 ab
	100 g + 100 ml + 1.0 l + 100 ml/100 l
10	DINAMIC ® + Galago + TOLLA 960 + Wet-All	4.01	3.92	3.53	4.04	3.87 ab
	100 g + 150 ml + 1.0 l + 100 ml/100 l
11	DINAMIC ® + Galago + TOLLA 960 + Wet-All	3.28	3.46	3.37	4.07	3.55 ab
	125 g + 100 ml + 1.0 l + 100 ml/100 l
12	DINAMIC ® + Galago + TOLLA 960 + Wet-All	2.94	4.14	3.39	4.01	3.62 ab
	125 g + 150 ml + 1.0 l + 100 ml/100 l
13	DINAMIC ® + Galago + TOLLA 960 + Wet-All	2.62	3.36	3.52	3.74	3.31 a
	250 g + 300 ml + 2.0 l + 200 ml/100 l
14	CALLISTO ® + Gardo Gold + COMPLIMENT ® Super	3.75	4.50	4.73	4.50	4.37 b
	260 ml + 1562 ml + 100 ml/100 l
15	Untreated control	3.99	3.28	3.60	3.15	3.50 ab

TABLE 6-158
Comparative yield of DINAMIC ® 700WDG programs
Method      Comparative Efficacy
Herbicide   Efficacy: Number of weeds in treated versus
            untreated plots
            Selectivity: Visual phytotoxicity and yield
            11. Visual phytotoxicity: BBA 1-9 scale
            (refer to appendix for details)
            12. Yield: 40 cobs harvested at random from
            each plot. Average grain weight per plot
            determined using a precision 2 decimal scale.
            Statistical evaluation: ANOVA at the 95%
            probability using Tukeys LSD formulae
Assessment  14 DAA—Efficacy/Selectivity
Times-Days  28 DAA—Efficacy/Selectivity
After       42 DAA—Efficacy/Selectivity
Application Harvest—Selectivity
(DAA)
Note:
Treatment means sharing the same letter do not differ significantly by LSD test at the 5% (α = 0.05) level of probability

TABLE 6-159
Comparative visual phytotoxicity of DINAMIC ® 700WDG post-emergence programs
	BBA VISUAL PHYTOTOXICITY SCALE
	(1 - no damage; 9 - dead)
	Replicate
TREATMENT Rate/ha	Timing	I	II	III	IV	Mean
1	DINAMIC ® + Galago + Wet-All	14 DAA	3	2	2	3	2.5
	75 g + 100 ml + 100 ml/100 ml	28 DAA	1	1	1	3	1.5
		42 DAA	1	1	1	1	1.0
2	DINAMIC ® + Galago + Wet-All	14 DAA	3	2	4	3	3.0
	75 g + 150 ml + 100 ml/100 ml	28 DAA	1	1	1	1	1.0
		42 DAA	1	1	1	1	1.0
3	DINAMIC ® + Galago + Wet-All	14 DAA	3	3	2	4	3.0
	100 g + 100 ml + 100 ml/100 ml	28 DAA	2	1	2	2	1.75
		42 DAA	1	1	1	1	1.0
4	DINAMIC ® + Galago + Wet-All	14 DAA	3	3	4	3	3.25
	100 g + 150 ml + 100 ml/100 ml	28 DAA	3	1	1	1	1.5
		42 DAA	1	1	1	1	1.0
5	DINAMIC ® + Galago + Wet-All	14 DAA	4	4	3	3	3.5
	125 g + 100 ml + 100 ml/100 ml	28 DAA	1	3	2	3	2.25
		42 DAA	1	1	1	1	1.0
6	DINAMIC ® + Galago + Wet-All	14 DAA	4	4	4	2	3.5
	125 g + 150 ml + 100 ml/100 ml	28 DAA	3	3	2	3	2.75
		42 DAA	1	1	1	1	1.0
7	DINAMIC ® + Galago + TOLLA 960 + Wet-All	14 DAA	2	2	3	2	2.25
	75 g + 100 ml + 1.0 l + 100 ml/100 ml	28 DAA	1	1	1	2	1.25
		42 DAA	1	1	1	1	1.0
8	DINAMIC ® + Galago + TOLLA 960 + Wet-All	14 DAA	2	2	3	3	2.5
	75 g + 150 ml + 1.0 l + 100 ml/100 ml	28 DAA	1	1	1	1	1.0
		42 DAA	1	1	1	1	1.0
9	DINAMIC ® + Galago + TOLLA 960 + Wet-All	14 DAA	4	3	4	4	3.75
	100 g + 100 ml + 1.0 l + 100 ml/100 ml	28 DAA	1	3	3	2	2.25
		42 DAA	1	1	1	1	1.0
10	DINAMIC ® + Galago + TOLLA 960 + Wet-All	14 DAA	4	3	3	4	3.5
	100 g + 150 ml + 1.0 l + 100 ml/100 ml	28 DAA	1	2	1	3	1.75
		42 DAA	1	1	1	1	1.0
11	DINAMIC ® + Galago + TOLLA 960 + Wet-All	14 DAA	4	3	4	4	3.75
	125 g + 100 ml + 1.0 l + 100 ml/100 ml	28 DAA	3	3	3	3	3.0
		42 DAA	1	1	1	1	1.0
12	DINAMIC ® + Galago + TOLLA 960 + Wet-All	14 DAA	4	4	4	3	3.75
	125 g + 150 ml + 1.0 l + 100 ml/100 ml	28 DAA	3	3	3	3	3.0
		42 DAA	1	1	1	1	1.0
13	DINAMIC ® + Galago + TOLLA 960 + Wet-All	14 DAA	6	6	6	6	6.0
	250 g + 300 ml + 2.0 l + 200 ml/100 ml	28 DAA	5	5	4	5	4.75
		42 DAA	4	4	4	4	4.0
14	CALLISTO ® + Gardo Gold + COMPLEMENT ® Super	14 DAA	3	1	1	1	1.5
	260 ml + 1562 ml + 100 ml	28 DAA	1	1	1	1	1.0
		42 DAA	1	1	1	1	1.0
15	Untreated control	14 DAA	1	1	1	1	1.0
		28 DAA	1	1	1	1	1.0
		42 DAA	1	1	1	1	1.0

TABLE 6-160
Comparative visual phytotoxicity of DINAMIC ® 700WDG post-emergence programs
	AVERAGE % WEED CONTROL BY SPECIES
TREATMENT Rate/ha	TIMING	BIDPI	ANOCR	CONAR	POROL
1.	DINAMIC ® + Galago + Wet-All	14 DAA	94	100	100	70
	75 g + 100 ml + 100 ml/100 ml	28 DAA	96	100	100	60
		56 DAA	90	100	100	60
2.	DINAMIC ® + Galago + Wet-All	14 DAA	98	98	100	80
	75 g + 150 ml + 100 ml/100 ml	28 DAA	100	100	100	70
		56 DAA	100	100	100	80
3.	DINAMIC ® + Galago + Wet-All	14 DAA	99	98	100	80
	100 g + 100 ml + 100 ml/100 ml	28 DAA	99	98	100	70
		56 DAA	96	100	100	70
4.	DINAMIC ® + Galago + Wet-All	14 DAA	98	100	100	75
	100 g + 150 ml + 100 ml/100 ml	28 DAA	99	100	100	70
		56 DAA	100	100	100	85
5.	DINAMIC ® + Galago + Wet-All	14 DAA	100	100	100	80
	125 g + 100 ml + 100 ml/100 ml	28 DAA	100	100	100	75
		56 DAA	100	100	100	80
6.	DINAMIC ® + Galago + Wet-All	14 DAA	100	100	100	80
	125 g + 150 ml + 100 ml/100 ml	28 DAA	100	100	100	80
		56 DAA	100	100	100	94
7.	DINAMIC ® + Galago + TOLLA 960 + Wet-All	14 DAA	100	99	100	85
	75 g + 100 ml + 1.0 l + 100 ml/100 ml	28 DAA	100	100	100	80
		56 DAA	100	100	100	85
8.	DINAMIC ® + Galago + TOLLA 960 + Wet-All	14 DAA	100	100	100	85
	75 g + 150 ml + 1.0 l + 100 ml/100 ml	28 DAA	100	100	100	80
		56 DAA	100	100	100	85
9.	DINAMIC ® + Galago + TOLLA 960 + Wet-All	14 DAA	100	100	100	85
	100 g + 100 ml + 1.0 l + 100 ml/100 ml	28 DAA	100	100	100	80
		56 DAA	100	100	100	90
10.	DINAMIC ® + Galago + TOLLA 960 + Wet-All	14 DAA	100	100	100	90
	100 g + 150 ml + 1.0 l + 100 ml/100 ml	28 DAA	100	100	100	99
		56 DAA	100	100	100	90
11.	DINAMIC ® + Galago + TOLLA 960 + Wet-All	14 DAA	100	100	100	96
	125 g + 100 ml + 1.0 l + 100 ml/100 ml	28 DAA	100	100	100	94
		56 DAA	100	100	100	92
12.	DINAMIC ® + Galago + TOLLA 960 + Wet-All	14 DAA	100	100	100	94
	125 g + 150 ml + 1.0 l + 100 ml/100 ml	28 DAA	100	100	100	100
		56 DAA	100	100	100	96
13.	DINAMIC ® + Galago + TOLLA 960 + Wet-All	14 DAA	100	100	100	90
	250 g + 300 ml + 2.0 l + 200 ml/100 ml	28 DAA	100	100	100	100
		56 DAA	100	100	100	100
14.	CALLISTO ® + Gardo Gold + COMPLEMENT ® Super	14 DAA	100	100	100	95
	260 ml + 1562 ml + 100 ml	28 DAA	100	100	100	90
		56 DAA	100	100	100	100
15.	Untreated Control	14 DAA	0	0	0	0
		28 DAA	0	0	0	0
		56 DAA	0	0	0	0

The trial was conducted on a commercial maize crop produced under centre pivot irrigation. The DINAMIC® 700WDG formulation was evaluated for herbicidal efficacy and crop selectivity when applied as a post-emergence spray program in tank-mix combination with Galago and TOLLA 960. The adjuvant Wet-All was applied to all treatments containing DINAMIC® 700WDG as standard practice. Treatments were applied post-emergence of crop and weeds as broadcast applications over the maize rows when the maize crop was in the 4-5 leaf stage. Weather conditions on the day of application were overcast and cool.

At the first assessment conducted at 14 DAA, all DINAMIC® 700WDG treatments displayed visual symptoms of phytotoxicity in the form of leaf scorching. Scorching appeared to be dosage related, with the severity of scorching increasing along with an increase in the rate of DINAMIC® 700WDG applied. Visual symptoms of stunting were also observed on treatments receiving DINAMIC® 700WDG at rates exceeding 75 g/ha. At the second assessment conducted at 28 DAA, visual symptoms of phytotoxicity in the form of stunting were observed in tank-mix combinations receiving the DINAMIC® 700WDG formulation exceeding the rate of 75 g/ha applied. Stunting was distinct (BBA phytotoxicity class 5) in tank-mix treatments receiving the double rate of DINAMIC® 700WDG applied at 250 g/ha. Stunting was negligible to moderate (BBA class 2-3) across all other DINAMIC® 700WDG tank-mix combinations applied between the rates 100-125 g/ha.

At the final assessment conducted at 42 DAA, no visual symptoms of phytotoxicity of any nature were observed on any of the treatments applied.

Yield

Tank-mix combinations of the test product DINAMIC® 700WDG applied between the rates of 75-125 g/ha did not exhibit significantly different yields compared to the standard tank-mix combination of CALLISTO®+Gardo Gold+COMPLEMENT® Super and the untreated control treatment.

The tank-mix combination of DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All applied at the double rate of 250 g/ha+300 m/ha+1.0 /ha+200 m/100 displayed significantly lower yields compared to the standard tank-mix combination of CALLISTO®+Gardo Gold+COMPLEMENT® Super. However, no significant yield reduction occurred when compared to the untreated control treatment.

The weed spectrum at the trial site was dominated by broadleaved weeds namely Blackjack (BIDPI), Field bindweed (CONAR), Anoda weed (ANOCR) and Purslane (POROL). The weed spectrum varied from 2-6 leaf stage at application. Efficacy evaluations were conducted at 14, 28 and 56 days following application, respectively.

DINAMIC® 700WDG+Galago

Tank-mix combinations of DINAMIC® 700WDG+Galago+Wet-all exhibited commercially acceptable levels of herbicidal activity against the broadleaved weeds BIDPI, CONAR and ANOCR across all rates applied. The broadleaved weed POROL was only commercially controlled at the higher tank-mix rate of DINAMIC® 700WDG+Galago+Wet-All applied at 125 g/ha+150 m/ha+100 m/100 .

DINAMIC® 700WDG+Galago+TOLLA 960

Tank-mix combinations of DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All were efficacious and exhibited total control (100% efficacy) of the broadleaved weeds BIDPI, CONAR and ANOCR across all rates applied. The broadleaved weed POROL was commercially controlled by all tank-mix combinations where DINAMIC® 700WDG was applied at rates exceeding 75 g/ha. Herbicidal activity was greatest where DINAMIC® 700WDG was applied in tank-mix combinations with Galago at the higher rate of 150 m/ha. The tank-mix combination of DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All applied at the rate of 125 g/ha+150 m/ha+1.0 /ha+100 m/100 displayed a similar level of herbicidal activity as the standard tank-mix combination of CALLISTO®+Gardo Gold+COMPLEMENT® Super applied at the registered rate of 260 m/ha+1562 m/ha+100 m/ha.

Compatibility

No visual symptoms of incompatibility in the form of phase separation or agglomeration were observed in any of the tank-mix combinations of DINAMIC® 700WDG+Galago+Wet-All and DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All, whether applied at single or double rates.

All DINAMIC® 700WDG tank-mix combinations displayed visual symptoms of phytotoxicity in the form of leaf scorching at 14 days following application. Scorching appeared to be dosage related, with the severity of scorching increasing along with an increase in the rate of DINAMIC® 700WDG applied.

Visual symptoms of phytotoxicity in the form of stunting were observed at the assessments conducted at 14 and 28 DAA in treatments receiving the tank-mix combination of DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All where DINAMIC® 700WDG was applied at the rates exceeding 75 g/ha. Stunting observed in plots treated with the DINAMIC® 700WDG formulation applied between the rates of 100-125 g/ha was not severe and ranged from negligible to moderate according to the BBA visual phytotoxicity scale. Symptoms of stunting were distinct in treatments receiving the double rate of DINAMIC® 700WDG applied. No visual symptoms of phytotoxicity of any nature were observed at the assessment conducted at 42 DAA.

Tank-mix combinations of DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All were efficacious and exhibited commercially acceptable levels of herbicidal activity against the broadleaved weeds BIDPI, CONAR and ANOCR across all rates applied. POROL was commercially controlled by all tank-mix combinations where DINAMIC® 700WDG was applied at rates exceeding 75 g/ha.

Likewise, tank-mix combinations of DINAMIC® 700WDG+Galago+Wet-all exhibited commercially acceptable levels of herbicidal activity against the broadleaved weeds BIDPI, CONAR and ANOCR across all rates applied. The broadleaved weed POROL was only commercially controlled at the higher tank-mix rate of DINAMIC® 700WDG+Galago+Wet-All applied at 125 g/ha+150 m/ha+100 m/100 .

No visual symptoms of incompatibility in the form of phase separation or agglomeration were observed in any of the tank-mix combinations of DINAMIC® 700WDG+Galago+Wet-All and DINAMIC® 700WDG+Galago+TOLLA 960+Wet-All, whether applied at single or double rates.

TABLE 6-161
Anova Table Grain yield (kg/plot)
	Degrees of	Sums of	Mean	F
Unit	freedom	Squares	Squares	Value
Reps	3	0.9264
Treatments	14	3.225	0.2304	1.730
Error	42	5.593	0.1332
Total	59	9.745
Overall mean	3.688
S. E for Difference	0.2580
Least Significant Difference (LSD) at 95%	0.5208

TABLE 6-162
BBA Visual Phytotoxicity rating scale
	EQUIVALENT
Scale	%	Description
1	0%	NO DAMAGE
2	0.1-2.5%	NEGLIGIBLE DAMAGE
3	2.5-5.0%	MODERATE DAMAGE
		No effects on yield and/or quality
4	5.0-10%	Damage up to limits of commercial
		acceptability-if no yield loss
5	10-15%	DISTINCT DAMAGE
		Commercially acceptable only under certain
		conditions-if no yield loss
6	15-25%	SEVERE DAMAGE
		Not commercially acceptable-yield loss and quality
7	25-35%	VERY SEVERE DAMAGE
8	35-68%	EXTREME DAMAGE
9	68-100%	START OF WITHERING AND DEATH

Example 7

Evaluation of Synergistic Action Between Amicarbazone and TENACITY® (Mesotrione 40%)

This Example shows the synergism in the use of the combination of amicarbazone and mesotrione. In evaluating synergism, the data from Example 5 above were converted to % of control. This was done based on the data provided on a 1-9 scale detailed in Example 5. Expected values were computed from the % of control data by the formula for expected control=A*B/100, where A is the % of control value for herbicide A alone and B is the % of control value for herbicide B alone.

In this Example, the source of mesotrione was TENACITY®, available from Syngenta (Greensboro, N.C.). Rates appear as pounds of active ingredient (ai), rates as ounces per acre. Results are tabulated in Tables 7-1 through 7-17 below.

TABLE 7-1
Kentucky Bluegrass Bleaching from Tenacity + Amicarbazone applications plus
the expected responses calculated from the responses to each herbicide applied singly.
	Rate	Rate
Treatment	(lbs ai/A)	(oz/A)	1	Exp	2	Exp	3	Exp	3/27	Exp
Control	—		100		100		100		100
Amicarbazone	0.022	0.5	100		100		100		100
Amicarbazone	0.13	3	100		100		100		94
Tenacity	0.125	4	100		100		100		100
Tenacity	0.25	8	100		100		91		91
Tenacity + Amicarbazone	0.125 + 0.022	4 + 0.5	100	100	100	100	100	100	100	100
Tenacity + Amicarbazone	0.125 + 0.13	4 + 3	100	100	100	100	100	100	97	94
Tenacity + Amicarbazone	0.25 + 0.022	8 + 0.5	100	100	100	100	100	91	97	91
Tenacity + Amicarbazone	0.25 + 0.13	8 + 3	100	100	100	100	100	91	97	85

TABLE 7-2
Kentucky bluegrass injury from Tenacity +
Amicarbazone applications plus
	Rate	Rate
Treatment	(lbs ai/A)	(oz/A)	1	Exp	2	Exp
Control	—		100		100
Amicarbazone	0.022	0.5	100		100
Amicarbazone	0.13	3	91		83
Tenacity	0.125	4	100		100
Tenacity	0.25	8	94		90
Tenacity +	0.125 + 0.022	4 + 0.5	97	100	94	101
Amicarbazone
Tenacity +	0.125 + 0.13	4 + 3	63	91	59	84
Amicarbazone
Tenacity +	0.25 + 0.022	8 + 0.5	84	94	79	91
Amicarbazone
Tenacity +	0.25 + 0.13	8 + 3	13	85	6	75
Amicarbazone

TABLE 7-3
Kentucky Bluearass percent cover from Tenacity + Amicarbazone applications plus
the expected responses calculated from the responses to each herbicide applied singly.
	Rate	Rate
Treatment	(lbs ai/A)	(oz/A)	1	Exp	2	Exp	3	Exp
Control	—		100		100		100
Amicarbazone	0.022	0.5	85		85		100
Amicarbazone	0.13	3	55		53		83
Tenacity	0.125	4	67		66		91
Tenacity	0.25	8	77		81		89
Tenacity + Amicarbazone	0.125 + 0.022	4 + 0.5	74	57	76	56	97	91
Tenacity + Amicarbazone	0.125 + 0.13	4 + 3	31	37	41	35	55	75
Tenacity + Amicarbazone	0.25 + 0.022	8 + 0.5	61	65	61	69	87	90
Tenacity + Amicarbazone	0.25 + 0.13	8 + 3	3	42	7	43	3	74

TABLE 7-4
Kentucky Bluegrass Bleaching from Tenacity + Amicarbazone applications plus
the expected responses calculated from the responses to each herbicide applied singly.
	Rate	Rate
Treatment	(lbs ai/A)	(oz/A)	1	Exp	2	Exp	3	Exp	4	Exp	5	Exp	6	Exp
Control	—		100		100		100		100		100		100
Amicarbazone	0.022	0.5	100		100		100		100		97		100
Amicarbazone	0.13	3	97		97		97		100		100		100
Tenacity	0.125	4	94		94		100		100		94		100
Tenacity	0.25	8	97		97		97		97		100		100
Tenacity +	0.125 + 0.022	4 + 0.5	97	94	97	94	94	100	100	100	94	91	100	100
Amicarbazone
Tenacity +	0.125 + 0.13	4 + 3	97	91	97	91	97	97	94	100	97	94	100	100
Amicarbazone
Tenacity +	0.25 + 0.022	8 + 0.5	91	97	91	97	94	97	94	97	94	97	100	100
Amicarbazone
Tenacity +	0.25 + 0.13	8 + 3	97	94	97	94	94	94	91	97	94	100	100	100
Amicarbazone

TABLE 7-5
Mustard bleaching from Tenacity + Amicarbazone
applications plus the expected responses calculated
from the responses to each herbicide applied singly.
	Rate	Rate
Treatment	(lbs ai/A)	(oz/A)	1	Exp	2	Exp
Control	—		100		100
Amicarbazone	0.022	0.5	119		94
Amicarbazone	0.13	3	132		94
Tenacity	0.125	4	64		54
Tenacity	0.25	8	54		53
Tenacity +	0.125 + 0.022	4 + 0.5	119	76	94	50
Amicarbazone
Tenacity +	0.125 + 0.13	4 + 3	132	85	94	50
Amicarbazone
Tenacity +	0.25 + 0.022	8 + 0.5	115	65	90	50
Amicarbazone
Tenacity +	0.25 + 0.13	8 + 3	132	72	94	50
Amicarbazone

TABLE 7-6
Mustard injury from Tenacity + Amicarbazone applications plus the expected
responses calculated from the responses to each herbicide applied singly.
	Rate	Rate
Treatment	(lbs ai/A)	(oz/A)	1	Exp	2	Exp	3	Exp	4	Exp	5	Exp
Control	—		100		100		100		100		100
Amicarbazone	0.022	0.5	78		78		61		39		42
Amicarbazone	0.13	3	28		31		26		3		3
Tenacity	0.125	4	72		78		62		25		10
Tenacity	0.25	8	84		81		62		33		17
Tenacity + Amicarbazone	0.125 + 0.022	4 + 0.5	44	56	44	61	39	38	6	10	0	4
Tenacity + Amicarbazone	0.125 + 0.13	4 + 3	31	20	28	24	26	16	4	1	0	0
Tenacity + Amicarbazone	0.25 + 0.022	8 + 0.5	41	66	44	63	39	37	7	13	0	7
Tenacity + Amicarbazone	0.25 + 0.13	8 + 3	19	24	13	25	3	16	0	1	0	1

TABLE 7-7
Annual bluegrass bleaching from Tenacity + Amicarbazone applications plus the
expected responses calculated from the responses to each herbicide applied singly.
	Rate	Rate
Treatment	(lbs ai/A)	(oz/A)	1	Exp	2	Exp	3	Exp	4	Exp	4/2	Exp
Control	—		100		100		100		100		100
Amicarbazone	0.022	0.5	100		100		100		107		100
Amicarbazone	0.13	3	100		100		91		94		88
Tenacity	0.125	4	100		100		97		91		94
Tenacity	0.25	8	97		97		91		83		91
Tenacity + Amicarbazone	0.125 + 0.022	4 + 0.5	97	100	94	100	78	97	82	97	88	94
Tenacity + Amicarbazone	0.125 + 0.13	4 + 3	100	100	100	100	84	88	87	85	84	82
Tenacity + Amicarbazone	0.25 + 0.022	8 + 0.5	100	97	100	97	91	91	93	89	94	91
Tenacity + Amicarbazone	0.25 + 0.13	8 + 3	97	97	100	97	56	82	71	78	84	79

TABLE 7-8
Annual bluegrass injury from Tenacity + Amicarbazone applications plus the
expected responses calculated from the responses to each herbicide applied singly.
	Rate	Rate
Treatment	(lbs ai/A)	(oz/A)	1	Exp	2	Exp	3	Exp	4	Exp	5	Exp
Control	—		100		100		100		100		100
Amicarbazone	0.022	0.5	104		104		108		96		90
Amicarbazone	0.13	3	71		61		67		53		52
Tenacity	0.125	4	100		104		113		104		97
Tenacity	0.25	8	88		89		104		93		86
Tenacity + Amicarbazone	0.125 + 0.022	4 + 0.5	84	104	71	107	83	122	64	100	70	87
Tenacity + Amicarbazone	0.125 + 0.13	4 + 3	61	72	50	63	46	75	33	55	28	50
Tenacity + Amicarbazone	0.25 + 0.022	8 + 0.5	81	91	68	92	71	113	60	90	59	78
Tenacity + Amicarbazone	0.25 + 0.13	8 + 3	38	62	29	54	21	69	11	50	14	45
		Rate	Rate
	Treatment	(lbs ai/A)	(oz/A)	6	Exp	7	Exp
	Control	—		100		100
	Amicarbazone	0.022	0.5	85		85
	Amicarbazone	0.13	3	31		24
	Tenacity	0.125	4	93		101
	Tenacity	0.25	8	93		102
	Tenacity + Amicarbazone	0.125 + 0.022	4 + 0.5	41	79	40	85
	Tenacity + Amicarbazone	0.125 + 0.13	4 + 3	11	29	11	25
	Tenacity + Amicarbazone	0.25 + 0.022	8 + 0.5	43	80	45	86
	Tenacity + Amicarbazone	0.25 + 0.13	8 + 3	8	29	13	25

TABLE 7-9
Green Foxtail bleaching from Tenacity + Amicarbazone applications plus the
expected responses calculated from the responses to each herbicide applied singly.
	Rate	Rate
Treatment	(lbs ai/A)	(oz/A)	1	Exp	2	Exp	3	Exp	4	Exp	5	Exp
Control	—		100		100		100		100		100
Amicarbazone	0.022	0.5	100		104		104		104		160
Amicarbazone	0.13	3	100		104		104		104		106
Tenacity	0.125	4	50		52		65		80		142
Tenacity	0.25	8	41		38		49		71		159
Tenacity + Amicarbazone	0.125 + 0.022	4 + 0.5	78	50	81	54	81	68	94	83	164	227
Tenacity + Amicarbazone	0.125 + 0.13	4 + 3	100	50	104	54	100	68	100	83	109	151
Tenacity + Amicarbazone	0.25 + 0.022	8 + 0.5	78	41	84	40	77	51	90	73	164	256
Tenacity + Amicarbazone	0.25 + 0.13	8 + 3	97	41	97	40	97	51	104	73	179	169

TABLE 7-10
Green Foxtail injury from Tenacity + Amicarbazone applications plus the expected responses calculated from the responses to
each herbicide applied singly.
		Rate
Treatment	Rate (lbs ai/A)	(oz/A)	1	Exp	2	Exp	3	Exp	4	Exp	5	Exp
Control	—		100		100		100		100		100
Amicarbazone	0.022	0.5	97		94		97		97		102
Amicarbazone	0.13	3	67		69		81		84		77
Tenacity	0.125	4	74		66		59		70		71
Tenacity	0.25	8	66		56		41		40		48
Tenacity + Amicarbazone	0.125 + 0.022	4 + 0.5	49	72	38	62	31	58	46	68	49	72
Tenacity + Amicarbazone	0.125 + 0.13	4 + 3	19	50	13	45	16	48	20	59	21	55
Tenacity + Amicarbazone	0.25 + 0.022	8 + 0.5	32	64	25	53	25	39	17	39	21	49
Tenacity + Amicarbazone	0.25 + 0.13	8 + 3	10	44	13	39	6	33	7	33	11	37
	Treatment	Rate (lbs ai/A)	Rate (oz/A)	6	Exp	7	Exp
	Control	—		100		100
	Amicarbazone	0.022	0.5	97		268
	Amicarbazone	0.13	3	73		144
	Tenacity	0.125	4	68		109
	Tenacity	0.25	8	45		64
	Tenacity + Amicarbazone	0.125 + 0.022	4 + 0.5	38	66	81	291
	Tenacity + Amicarbazone	0.125 + 0.13	4 + 3	21	50	37	156
	Tenacity + Amicarbazone	0.25 + 0.022	8 + 0.5	24	44	46	170
	Tenacity + Amicarbazone	0.25 + 0.13	8 + 3	4	33	34	91

TABLE 7-11
Crabgrass bleaching from Tenacity + Amicarbazone applications plus the expected responses calculated from the responses to
each herbicide applied singly.
		Rate
Treatment	Rate (lbs ai/A)	(oz/A)	1	Exp	2	Exp	3	Exp	4	Exp	5	Exp
Control	—		100		100		100		100		100
Amicarbazone	0.022	0.5	97		100		100		100		97
Amicarbazone	0.13	3	100		100		100		100		100
Tenacity	0.125	4	38		31		22		25		22
Tenacity	0.25	8	47		38		28		31		31
Tenacity + Amicarbazone	0.125 + 0.022	4 + 0.5	75	36	59	31	50	22	59	25	69	21
Tenacity + Amicarbazone	0.125 + 0.13	4 + 3	84	38	81	31	91	22	88	25	84	22
Tenacity + Amicarbazone	0.25 + 0.022	8 + 0.5	66	45	56	38	59	28	69	31	66	30
Tenacity + Amicarbazone	0.25 + 0.13	8 + 3	94	47	97	38	100	28	100	31	97	31
Treatment	Rate (lbs ai/A)	Rate (oz/A)	6	Exp	7	Exp	8	Exp
Control	—		100		100		100
Amicarbazone	0.022	0.5	97		100		100
Amicarbazone	0.13	3	100		100		100
Tenacity	0.125	4	22		84		100
Tenacity	0.25	8	44		81		100
Tenacity + Amicarbazone	0.125 + 0.022	4 + 0.5	66	21	97	84	100	100
Tenacity + Amicarbazone	0.125 + 0.13	4 + 3	78	22	97	84	100	100
Tenacity + Amicarbazone	0.25 + 0.022	8 + 0.5	59	42	97	81	100	100
Tenacity + Amicarbazone	0.25 + 0.13	8 + 3	94	44	100	81	100	100

TABLE 7-12
Crabgrass injury from Tenacity + Amicarbazone applications plus the expected responses calculated from the responses to each
herbicide applied singly.
	Rate (lbs	Rate
Treatment	ai/A)	(oz/A)	1	Exp	2	Exp	3	Exp	4	Exp	5	Exp	6	Exp
Control	—		100		100		100		100		100		100
Amicarbazone	0.022	0.5	94		100		100		97		97		94
Amicarbazone	0.13	3	100		100		100		94		94		94
Tenacity	0.125	4	47		47		41		19		16		25
Tenacity	0.25	8	41		38		34		19		19		25
Tenacity +	0.125 + 0.022	4 + 0.5	50	44	28	47	25	41	22	18	13	15	16	23
Amicarbazone
Tenacity +	0.125 + 0.13	4 + 3	28	47	22	47	6	41	6	18	6	15	9	23
Amicarbazone
Tenacity +	0.25 + 0.022	8 + 0.5	44	38	38	38	22	34	9	18	6	18	13	23
Amicarbazone
Tenacity +	0.25 + 0.13	8 + 3	9	41	9	38	0	34	0	18	0	18	0	23
Amicarbazone

TABLE 7-13
Crabgrass cover from Tenacity + Amicarbazone applications plus the expected
responses calculated from the responses to each herbicide applied singly.
Treatment	Rate (lbs ai/A)	Rate (oz/A)	1	Exp	2	Exp	3	Exp
Control	—		100		100		100
Amicarbazone	0.022	0.5	88		94		100
Amicarbazone	0.13	3	67		67		72
Tenacity	0.125	4	22		28		13
Tenacity	0.25	8	10		13		6
Tenacity + Amicarbazone	0.125 + 0.022	4 + 0.5	4	19	0	26	3	13
Tenacity + Amicarbazone	0.125 + 0.13	4 + 3	0	15	0	19	3	9
Tenacity + Amicarbazone	0.25 + 0.022	8 + 0.5	7	9	0	12	3	6
Tenacity + Amicarbazone	0.25 + 0.13	8 + 3	0	7	0	9	9	4

TABLE 7-14
Floratam St. Augustine bleaching from Tenacity + Amicarbazone applications plus the expected responses calculated from the
responses to each herbicide applied singly.
		Rate
Treatment	Rate (lbs ai/A)	(oz/A)	1	Exp	2	Exp	3	Exp	4	Exp	5	Exp
Control	—		100		100		100		100		100
Amicarbazone	0.022	0.5	100		100		100		100		100
Amicarbazone	0.13	3	100		100		100		100		97
Tenacity	0.125	4	97		88		75		78		78
Tenacity	0.25	8	88		78		63		66		53
Tenacity + Amicarbazone	0.125 + 0.022	4 + 0.5	88	97	84	88	69	75	78	78	63	78
Tenacity + Amicarbazone	0.125 + 0.13	4 + 3	97	97	91	88	81	75	88	78	84	76
Tenacity + Amicarbazone	0.25 + 0.022	8 + 0.5	88	88	72	78	56	63	69	66	69	53
Tenacity + Amicarbazone	0.25 + 0.13	8 + 3	88	88	81	78	66	63	72	66	56	51
Treatment	Rate (lbs ai/A)	Rate (oz/A)	6	Exp	7	Exp	8	Exp
Control	—		100		100		100
Amicarbazone	0.022	0.5	100		100		100
Amicarbazone	0.13	3	97		100		100
Tenacity	0.125	4	72		81		100
Tenacity	0.25	8	56		63		100
Tenacity + Amicarbazone	0.125 + 0.022	4 + 0.5	59	72	66	81	100	100
Tenacity + Amicarbazone	0.125 + 0.13	4 + 3	78	70	91	81	100	100
Tenacity + Amicarbazone	0.25 + 0.022	8 + 0.5	72	56	78	63	100	100
Tenacity + Amicarbazone	0.25 + 0.13	8 + 3	56	54	63	63	100	100

TABLE 7-15
Floratam St. Augustine turf quality as affected by Tenacity +
Amicarbazone applications plus the expected responses
calculated from the responses to each herbicide applied singly.
Treatment	Rate (lbs ai/A)	Rate (oz/A)	1	Exp
Control	—		100
Amicarbazone	0.022	0.5	75
Amicarbazone	0.13	3	58
Tenacity	0.125	4	83
Tenacity	0.25	8	83
Tenacity + Amicarbazone	0.125 + 0.022	4 + 0.5	67	63
Tenacity + Amicarbazone	0.125 + 0.13	4 + 3	42	49
Tenacity + Amicarbazone	0.25 + 0.022	8 + 0.5	83	63
Tenacity + Amicarbazone	0.25 + 0.13	8 + 3	67	49

TABLE 7-16
Sapphire St. Augustine bleaching from Tenacity + Amicarbazone applications plus the expected responses calculated from the
responses to each herbicide applied singly.
		Rate
Treatment	Rate (lbs ai/A)	(oz/A)	1	Exp	2	Exp	3	Exp	4	Exp	5	Exp
Control	—		100		100		100		100		100
Amicarbazone	0.022	0.5	100		100		100		100		100
Amicarbazone	0.13	3	94		100		100		100		100
Tenacity	0.125	4	88		88		94		100		100
Tenacity	0.25	8	88		88		69		81		75
Tenacity + Amicarbazone	0.125 + 0.022	4 + 0.5	88	88	88	88	81	94	88	100	88	100
Tenacity + Amicarbazone	0.125 + 0.13	4 + 3	94	82	94	88	88	94	94	100	88	100
Tenacity + Amicarbazone	0.25 + 0.022	8 + 0.5	94	88	88	88	88	69	94	81	94	75
Tenacity + Amicarbazone	0.25 + 0.13	8 + 3	100	82	88	88	75	69	75	81	63	75
Treatment	Rate (lbs ai/A)	Rate (oz/A)	6	Exp	7	Exp	8	Exp
Control	—		100		100		100
Amicarbazone	0.022	0.5	94		100		100
Amicarbazone	0.13	3	100		100		100
Tenacity	0.125	4	100		94		100
Tenacity	0.25	8	75		81		100
Tenacity + Amicarbazone	0.125 + 0.022	4 + 0.5	81	94	81	94	100	100
Tenacity + Amicarbazone	0.125 + 0.13	4 + 3	88	100	100	94	100	100
Tenacity + Amicarbazone	0.25 + 0.022	8 + 0.5	81	70	88	81	100	100
Tenacity + Amicarbazone	0.25 + 0.13	8 + 3	69	75	75	81	100	100

TABLE 7-17
Sapphire St. Augustine turf quality as affected by Tenacity +
Amicarbazone applications plus the expected responses
calculated from the responses to each herbicide applied singly.
Treatment	Rate (lbs ai/A)	Rate (oz/A)	1	Exp
Control	—		100
Amicarbazone	0.022	0.5	100
Amicarbazonc	0.13	3	75
Tenacity	0.125	4	100
Tenacity	0.25	8	100
Tenacity + Amicarbazone	0.125 + 0.022	4 + 0.5	100	100
Tenacity + Amicarbazone	0.125 + 0.13	4 + 3	75	75
Tenacity + Amicarbazone	0.25 + 0.022	8 + 0.5	100	100
Tenacity + Amicarbazone	0.25 + 0.13	8 + 3	75	75

The Kentucky bluegrass data shows that the high rate of Tenacity+Amicarbazone is injurious and synergistic to Kentucky bluegrass. The high rate of amicarbazone appears to be the driver of this response. Bleaching in mustard was reduced by the combination treatment, indicating that amicarbazone prevents some of the bleaching responses typical from mesotrione. Injury data shows some synergism initially. Annual bluegrass clearly shows synergism, particularly from the low rate of amicarbazone. The high rate of amicarbazone was sufficient to get reasonable control of annual bluegrass by itself.

Green foxtail results indicate syngergism, both in terms of increased injury from the combination treatments and in terms of reduction in bleaching from the combination.

Claims

1. A composition comprising a synergistic amount of a combination of amicarbazone and clomazone, wherein the composition is an effective herbicide.

2. The composition according to claim 1, further comprising an adjuvant.

3. The composition according to claim 2, wherein the adjuvant is an ethoxylated propoxylated fatty amine or a polyether-polymethylsiloxane-copolymer.

4. The composition according to claim 1, further comprising a herbicidally acceptable diluent or carrier.

5. The composition according to claim 1, wherein the composition comprises a solid or liquid form.

6. The composition according to claim 1, wherein the composition comprises an emulsifiable concentrate, wettable powder, granule, dust, oil spray or aerosol.

7. The composition according to claim 1, wherein the composition provides synergistic control of one or more weeds.

8. The composition according to claim 7, wherein the one or more weeds is a broadleaf weed.

9. The composition according to claim 7, wherein the one or more weeds is selected from the group consisting of mustard, Poa annua, green foxtail, crabgrass, blackjack, pigweed, khaki weed, crab-finger grass, large thornapple, purslane, dwarf marigold, field bindweed, anoda weed, Rottboelia exaltata, Ipomeoea purpurea, Eleusine indica, Amaranthus spinosus, Commelina benghalensis, Digitaria, cyperus Euphorbia, and combinations thereof.

10-22. (canceled)

23. The composition according to claim 1, wherein clomazone is present in the composition in an amount ranging from 0.001 to 1000 parts by weight per part by weight of Amicarbazone.

24. The composition according to claim 1, wherein clomazone is present in the composition in an amount ranging from 0.02 to 500 parts by weight per part by weight of Amicarbazone.

25. The composition according to claim 1, wherein clomazone is present in the composition in an amount ranging from 0.05 to 100 parts by weight per part by weight of amicarbazone.

26. The composition as claimed in claim 1, wherein said composition further comprises hexazinone.

27. A method for selective control of weeds, comprising contacting a weed with a composition of claim 1.

28. The method according to claim 27, wherein the weed is present within a crop.

29. The method according to claim 28, wherein the crop is selected from the group consisting of cereals, rice, maize, sorghum, sugar cane, cotton, canola, grass, turf grass, barley, potato, sweet potato, sunflower, rye, oats, wheat, corn, soybean, sugar beet, tobacco, safflower, tomato, alfalfa, pineapple and cassava.

30. The method according to claim 27, wherein the weed is a broadleaf weed.

31. The method according to claim 27, wherein the weed is selected from the group consisting of mustard, Poa annua, green foxtail, crabgrass, blackjack, pigweed, khaki weed, crab-finger grass, large thornapple, purslane, dwarf marigold, field bindweed, anoda weed, Rottboelia exaltata, Ipomeoea purpurea, Eleusine indica, Amaranthus spinosus, Commelina benghalensis, Digitaria, Cyperus Euphorbia and combinations thereof.

32. The method according to claim 27, wherein the composition is applied as a pre-emergence treatment.

33. The method according to claim 27, wherein the composition is applied as a post-emergence treatment.

34. The method according to claim 27, wherein the composition is applied at an application rate of 0.01 kg/ha to 5.00 kg/ha of amicarbazone and from 0.5 kg/ha to 10.00 kg/ha of the clomazone to the crop.

35. The method according to claim 27, wherein the composition is applied at an application rate of 0.03 kg/ha to 3.00 kg/ha of amicarbazone to the crop.

36. The method according to claim 27, wherein the composition is applied at an application rate of about 0.05 kg/ha to 5.00 kg/ha of clomazone to the crop.