List of Fungicides

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Carbendazim WP, SC

Tricyclazole WP

Copper oxychloride WP

Hexaconazole EC, SC

Mancozeb WP

Metalaxyl WS

Propiconazole EC

Propineb WP

Sulphur WP, DP, WDG, SC

Thiophanate methyl WP

Thiram WP, DS

Validamycin SL

Ziram SC

List of Insecticides

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Acephate SP
Acetamiprid SP
Aluminium phosphide Tablets
Alphacypermethrin EC, SC
Bifenthrin EC
Buprofezin SC
Carbaryl DP, WP
Cartap hydrochloride GR,SP
Chlorpyriphos Ethyl EC, WP, GR, DP
Cypermethrin EC, DP
Deltamethrin EC, SC, DP, WP
Diazinon EC, GR
Dichlorvos(DDVP) EC
Dicofol EC
Dimethoate EC
Emamectin benzoate EC
Endosulfan EC, DP
Ethion EC
Fipronil SC, GR
Fenvalerate EC, DP
Imidacloprid SL, WS, SC, WG, FS
Indoxacarb SC
Lambda cyhalothrin EC, WP
Malation EC, DP
Methyl parathion EC, DP
Monocrotophos SL
Oxydemeton methyl EC
Permethrin EC, DP
Phosphamidon SL
Profenofos EC, DP
Quinalphos EC, DP
Temephos EC, GR
Thiamethoxam WDG
Triazophos EC
Zinc phosphide WP

Trichoderma viride: A natural biopesticide, biofungicide and water treatment agent.

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Trichoderma viride, is a fungus, showing some benefits in use in the environment, and hence, it is also used as a bio-fungicide. Though it is a pathogen causing Green Mold Rot in Onion, it is used for various seed and oil treatment for suppression of various diseases caused by fungal pathogens.


They have evolved numerous mechanisms for both attack of other fungi and for enhancing plant and root growth such as: Mycoparasitism Antibiosis Competition for nutrients or space Tolerance to stress through enhanced root and plant development Solubilization and sequestration of inorganic nutrients Induced resistance Inactivation of the pathogen’s enzymes by secreting certain plant growth stimulating substance.


Uses

Used in Collar rot caused by Pellicularia rolfsii

Root rot caused by Pellicularis filamentosa

Dry rot caused by Macrophomina phaseoli

Loose smut caused by Ustilago segetum tritici

Karnal bunt diseases

Charcoal rot caused by Macrophomina phaseoli

Black surf caused by Rhizoctonia solani

Seedling blight caused by Pythium

Damping off caused by Pythium sp. Phytophthora sp.

Foot rots of Pepper and betel vine.

Capsule rot of several crops.

Effective against silver leaf on plum, peach & nectarine

Dutch elm disease on elm's honey fungus (Armillaria mellea) on a range of tree species

Botrytis caused by Botrytis cinerea

Effective against rots on a wide range of crops, caused by fusarium, Rhizoctonia, and pythium, and sclerotium forming pathogens such as Sclerotinia & Sclerotium


Recommended Crops

Trichoderma viride is used in protecting crops such as cauliflower, cotton, tobacco, soybean, sugarcane, sugarbeet, eggplant, red gram, Bengal gram, banana, tomato, chillies, potato, citrus, onion, groundnut, peas, sunflower, brinjal, coffee, tea, ginger, turmeric, pepper, betel vine, cardamom.


Precautions & Compatibility Data

Precautions

Do not use chemical fungicide after application of Trichoderma viride for 4-5 days.

Compatibility

It is compatible with Organic manure. It can be applied to seeds treated with metalaxyl or thiram but not mercurials. It can be mixed with chemical fungicides as tank mix. It is compatible with biofertilizers like Rhizobium, Azospirillum, Bacillus Subtilis and Phosphobacteria.
The product is also available under the Trade name Tricopar-V produced by Exotic Naturals.
Trichoderma viride is also helpful in treatment of efffluents. The dyes and chemical industries have Malachite Green as one of the effluents, which is harmful for the aquatic life. However, with introduction of trichoderma viride, it was observed that the dye was consumed by the fungus and that the dye can be separated, thus helping in the treatment of effluents.

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