Introducing

12/15/2014

INSECTICDE NEMATICIDE FUNGICIDE MITICIDE

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History of Neem

• Usefulness recognized over 7000 years • Documented records since 400 BC for use in Agriculture • Originated in Burma or India • Spread to Asia, Australia, Africa , Australia & Caribbean • Schmutterer and African experience 2

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Chemistry

• Leaves, twigs, flowers and barks used as medicines • Kernel extract used for pest management • Over 168 compounds – diverse and complex • Aza & other triterpinoids 3

DRYER DEPULPER CRUSHER 36% moisture 8% moisture FATS AND GLYCERIDIC OILS, MARGOSA + AZADIRACHTIN & TRITERPINOIDS COLD PRESSING NEEM CAKE 4

Recovered solvent FATS AND GLYCERIDIC OILS, MARGOSA + AZADIRACHTIN & TRITERPINOIDS SOLVENT EXTRACTION WITH ALCOHOL Solvent extraction & Chromatography Higher AZADIRACHTIN Concentrate. Loss of Liminoids FATTY MATTER (Trilogy) AZADIRACHTIN EXTRACT FORMULATION WITH FATS AND GLYCERIDIC OILS, MARGOSA, AZADIRACHTIN, SOLVENTS, ANTIOXIDANT, AND SYNERGIST

DEBUG TURBO

DEBUG TURBO HAS AZADIRACHTIN + 178 TRI-TERPENOIDS + OIL OF NEEM + SYNERGIST 12/15/2014 5

Debug Turbo Difference

Studies show that a multiple molecule is more efficacious for botanicals. High AZA products degrade faster in sunlight and targeted pests become resistant.

• Research has shown that the biomass extract of the Neem seed is (at lower concentration of Azadirachtin) more effective than the formulations containing Azadirachtin alone – "Aladirachtin use efficiency in commercial neem formulations, R V Kumar, H C Jayadevi, H J Ashika, Dept. of Entomology, Univ of Agriculture Sciences, Bangalore, India Coventional pesticides lead to Resistance due to single molecule. Debug Turbo prevents resistance because of Presence of multiple compounds • Study showed a 9-fold resistance to pure azadirachtin treated weekly after 40 generations, whereas a parallel line treated with neem extract developed no resistance to the compound – Selection for Resistance to Aladirachtin in the Green Peach Aphid, R. Feng and M.B. Isman. Department of Plant Science, University of British Columbia, Vancouver, 6

Only Debug Turbo

has Azadiractin, 168 compounds

that are chemically diverse and structurally complex These Include nlmbin, nlmbldin, salanin, nlmosone, vepol etc. and

Neem oil

.

All other Neem insecticides contain a single active molecule only.

Debug® Turbo is a formulation containing 65.8% Fats and Glyceridic Oils, Margosa (containing several Triterpenoids & Neem Oil), 0.70% Azadirachtin and 20% synergist 7

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Quadruple Action

• • • •

Approved by USEPA for use as Insecticide Nematicide Miticide Fungicide

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Debug Turbo works in multiple ways

• Insecticide- Debug® Turbo kills a broad spectrum of insects in their various stages of development • Repellent- Debug@Turbo prevents Insects from entering treated Area • Anti-feedant- Debug® Turbo deters insects from feeding on the treated surfaces.

• Insect Growth Regulator- Debug® Turbo Ingested young insects do not reach adulthood It is also an ovi-position deterrent and disrupts the molting process of insects.

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5/22/2011 10

F e a t u r e s K e y

• Quadruple action • • • • Insecticide Nematicide Miticide Fungicide • Highest concentration of Active Ingredient – 66.5% • Several AI in one formulation • Azadirachtin • Several tri-terpinoids • Oil of Neem • Synergist • Less cost per acre and better efficacy – compared to other Neem pesticides 11

Additional Advantages

• Compared to other products, the Debug® Turbo offers – UV degradation and – Less chance of insects developing resistance • Debug®Turbo can be used in tandem with conventional pesticides, Pyrethrins and Spinosad to comply with EPA established tolerance limits. • Debug® Turbo has one of the lowest Re-Entry Interval (REI) and Pre-Harvest Intervals (PHI) so the crop can be harvested the same day • Beneficials can be used synergistically or in tandem with Debug® Turbo as it does not harm beneficial parasites and predators 12

•

NOP approved for organic production

WSDA registered for Organic Food Program OMRI listed 13

• •

Trial Data

Best control of lettuce Aphid on a comparative trial vs Neemix and Azadirect. Full control of army worm, cabbage looper on Lettuce – Bio Research, CA Controlled silver leaf, white fly and Boll weevil in cotton – USDA Cotton research lab, Arizona • • • • • Control of thrips, lygus, mites in strawberries in Orange county, Santa Maria and Watsonville – Agriculture Research Lab Control of Blueberry maggots in New Jersey and Michigan – Rutgers University Debug Turbo was effective in control of Thrips in Tomato Control of Aphids and whiteflies in Tomatoes in California and Sinaloa, MX – University of Sinaloa – IIBAT 5/22/2011 • • • • Combination of our product and Pyrethrin controlled Aphids and Thrips and improved yield by 80% vs 70% when used with Pyrethrine alone. – IIBAT Fleld trials on carrots and tomatoes concluded that our product provides control of root knot nematodes and improved yield by 20% than Telone – Dr. John Radewald, UC Riverside CA Debug Turbo performed better than Vydate in control of Reniform Nematodes – Del Monte, HI Debug Turbo was effective in control of Anguina Pacificae in Poa grass. Debug Turbo showed better turf quality than the untreated check on all six rating dates – Pebble Beach Golf Courses Control of Root Knot nematodes in Table grapes – Higher yield, improved health , – – better pruning weight Leaf hopper control UC Ag Extension, Ukiah 14

DEBUG IN CONVENTIONAL FARMING

Low REI and PHI

• Important during harvest.

Low tolerance limits

• Conventional pesticides allow low dosage and limited application • Debug Turbo as a stop gap arrangement 5/22/2011 15

TOLERANCE LIMITS - CONVENTIONAL

Coventional pesticides allow low dosage – – – – Success • 3fl oz • 3 application • PHI 21 days • and limited application Delegate • 0.7 oz • 3 applications • PHI 7days Movento • 8fl oz • 2applications • PHI 7 hays Assail • 5 fl oz • • 5 applications PHI 7 days 16

Leaf Hopper Control on Grapes

You need to know how much we valued the services you gave us last year; the quick shipping of Debug Turbo and your help with using is important, allowing us to finally knockdown the leaf hoppers in our vineyard after years of failed attempts.

Nematode control on Grapes

Glen McGourty, UCCE- Ukiah, CA • • • From the raw data of average yield per 40 vines, it looks like the BLUE treatment (104 FL. OZ. PER ACRE RATE) had a 4% higher yield than WHITE (control).

Over time the treatments will improve the health of the vines and hopefully increase longevity of the vineyard. Since nematodes are a serious problem, and many of the compounds conventional growers use are quite toxic, having a safe material to apply would be very useful to many growers, especially organic growers.

You can see a definite improvement in pruning weights between 2011 and 2009. We can also see a reduction in nematode numbers at the high rates. the trends are clear that there is a positive growth response at the higher rates.

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Debug 3.0

• • • • • Contains 3% Azadirachtin by weight Alternate to DebugTurbo at low Temperatures Azadirachtin with no Fats & Glyceridic oil Margosa Compatible with most commonly used insecticides, fungicides and fertilizers USEPA registered and OMRI listed 12/16/2014 18

Our Customers include…

Large & Small Farms

• • • • • • • Grimmway Farms Earthbound Farms Tanimura & Antle Orange County Land Mgmt Agricola El Toro Peri Farms And many more 12/15/2014

Fruits, Vegetable and Nut Growers

• • • • • • • • Strawberry Grapes Vegetable Greens Almonds Golf Courses Green Houses Mushroom 19

Thank you

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