BIOESR SHIELD  FAMILY A  COMPLETE SOLUTION TO ALL KIND OF THREATS FOR YOUR CROPS

           In organic farming, the presence of pests (wherein and when) is predicted earlier and therefore the planting schedules and places are adjusted as a whole lot as feasible to keep away from severe pest problems. The most important method to fight dangerous pests is to accumulate a populace of useful bugs, whose larvae feed off the eggs of pests. The key to building a populace of useful bugs is to establish borders (host crops) around fields planted with blends of flowering plants that the beneficial bugs in particular.Then periodically useful bugs are released into the fields, wherein the host plants function as their home base and entice extra beneficial bugs over time. When faced with a pest outbreak that can not be dealt  with the aid of using beneficial bugs, the usage of natural or other organically accepted insecticides like neem pesticides is done. The  maximum essential standards for allowed organic pesticides are low toxicity to humans and other animals and low persistence within the environment. These standards are decided by National Organic Standards.

      In addition to the pests, Plant diseases also are a main constraint for reductions in crop yield and quality in organic and low input manufacturing systems. Proper fertility management to plants via balanced supply of macro and micronutrients and adoption of crop rotation have shown to enhance the resistance of plants to certain diseases. Thus one of the best rewards of organic farming is healthy soil that is alive with useful organisms. These healthy microbes, fungi and bacteria hold the harmful bacteria and fungi that cause ailment in check.

There are three essential biological pest control strategies.

Importation : (classical biological manipulation), augmentation & conservation. classical biological pest control in organic farming which introduces pest’s natural enemies to the location wherein they do now no longer arise naturally. This approach calls for biological control agents with the colonizing ability & the temporal endurance to be able to keep its population and rapidly make the most of a pest population.

Augmentation: Augmentation includes the supplemental discharge of natural enemies, boosting the naturally happening population. It can consist of a small or huge release of the controlled agents, relying on the pest control needs. To hold pests at a low level, to prevent an extreme attack, small release controlling agents is sufficient. However, for speedy reductions (correction) of the harmful pest population, a huge variety of managing agents are needed. Augmentation may be powerful but isn’t assured to work, & it is based on the knowledge of the situation

Conservation: This includes the conservation of present natural enemies within the environment already adapted to the habitat & the target pest. Conservation pest control is usually easy and cost effective. To prefer natural enemies, cropping systems may be changed to offer the precise habitat. Shelterbelt, hedgerow or beetle banks provide shelter wherein useful bugs can stay and reproduce. This permits farmers to ensure the survival of populations.

            BIOESR SUNSHIELD Contains bacteria that promote plant growth and development by generating vitamins, phytohormones as well as supplying nitrogen to the plant through diazotrophs. It helps the crop to mitigate drought and accelerate vegetative growth

          SUNSHIELD is a distinctive pink pigmentation due to carotenoids render them to be tolerant to extreme light conditions and radiations. Their pigmentation which is frequently pink but may also be yellow or orange, is thought to provide protection from solar UV radiation which damages the DNA of bacteria at low doses because of their small cell size. 

        Our SUNSHIELD Contains Bacteria that increases plant growth germination, vigor index,yield and systemic resistance

          BIOESR LSP prevents fungal attack on plant leaves that leads to frost damage. Metabolites released by the bacteria are responsible for the antiphyto pathogenic properties in some strains. L.S.P controls Root rot, Collar rot, Rhizome rot, Wilt, Leaf spots, Blast, Sheath blight, Sheath rot, Red rot, Powdery mildews, Downy mildew, fungal disease, and also stimulates growth. It can be given to all field crops and tree crops to prevent and control the leaf spot, blight, blast. L.S.P encompasses a group of common, nonpathogenic saprophytes that colonize soil, water, and plant surface environments.

Highly active on

• Root and stem rots caused by Sclerotinia and Rhizoctonia.
• Damping-off caused by Pythium
• Blights/leaf spots caused by Alternaria, Ascochyta, Cercospora, Macrophomina, Myrothecium, Ramularia.
• Downey mildews and Powdery mildews.
• Anthracnose spots in fruits such as Mango, Papaya, Banana etc.
• Fungal diseases.

       BIOESR LSB controls all stages of pests including eggs, larves, pupae, grubs, nymphs, hoppers and adults. It proliferates throughout the insect’s body, producing toxins and draining the insects of nutrients, eventually killing it. Therefore, unlike bacterial and viral pathogens of insects, Beauveria and other fungal pathogens infect the insect with contact and do not need to be consumed by their host to cause infection. Once the fungus has killed its host, it grows back out through the softer portions of the cuticle, covering the insect with a layer of white mold (hence the name white muscadine disease). This downy mold produces millions of new infective spores that are released to the environment.

      Once it is sprayed to the cuticle of the insect, it gets germinated producing the structures called hyphae that penetrate the insect’s body and flourish. Death of the insect may take 3-5 days, but the dead insects may serve as a reservoir of spores for secondary spreading of the fungus. Insects can also disperse the fungus through mating. Relatively high humidity and availability of water enhance the growth of the conidia and the succeeding infection of the insect.

     BIOESR LSV  controls soft bodies sucking pests like Brown plant hoppers, leafhoppers, Scale insects, White flies, Gall Midge, Aphids, Thrips, Mealy bugs, mites, Red spider mites, Tea mosquito bug, Black flies etc., 

The insect body is ultimately gel covered with mycelium and spores, which may get dispersed and cause subsequent infections. Certain toxins the fungus produces a cyclodepsipeptide toxin called bassianolide and other insecticidal toxins such as dipicolinic acid, Produced by this fungus also cause the morality of insects. It kills the insects quickly and afterwards white fungal matter colonises the cadaver and fresh spores are produced.

Fungus pathogenic properties are associated mainly with its ability to permeate across pest cuticles due to product mechanical pressure and presence of cuticle destroying enzymes. Insecticidal metabolites that are synthesized by fungus producers include compounds of protein nature (bassianolide, beauvericin, aphidicolin), organic acids, phospholipids and compounds, belonging to toxic terpenoids. Metabolites destroy pest vestiture, inhibit protein and nucleic acid synthesis.

        BIOESR R.S.N controls the Nematodes effectively at all stages like eggs, larvae, pupae etc. It helps in preventing the damages in the root system caused by Nematodes which generally lays eggs in the root tissues. Nematodes are common soil pests that affect plants. The above ground symptoms of disease caused by nematodes can be difficult to detect and maybe often confused with symptoms of nutrient deficiency. Typically, plants do not thrive, are paler than normal, and may wilt in the heat of the day.

     R.S.N Controls effectively the important nematodes like root-knot nematodes, burrowing nematodes, cyst nematodes, lesion nematodes etc., among a wide range of crops. Helps to increase productivity by containing the nematode pests.

         BIOESR S.P.M is developed for the control of insect pests in agricultural systems. The microbe present in the S.P.M infect their hosts through the cuticle and do not need to be ingested like bacteria, viruses, and protozoa. During the process of infection, the microbe in the S.P.M secretes chitinase to digest insect cuticle and multiplies itself in the body of the pest. The cuticle of the cadaver often becomes red. If the ambient humidity is high enough, a white mold then grows on the cadaver that soon turns green as spores are produced. Therefore it kills the pests very quickly. It is controls locusts, grasshoppers, coconut Rhinoceros beetles, Paddy hoppers, termites, mites etc., effectively.

• Mode of Action: Upon application of S.P.M in the soil, the spores get the favorable condition to germinate and develops. When the insects come into contact with it, the fungus becomes infected by the mycelia and the fungal mycelia starts deriving nutrients from the body fluid of the insect which eventually perishes the insect.
• Benefits: Controls borers, root grubs, leaf hoppers, cutworms, termites, palm weevils, cockchafers, spittle bugs, grubs, beetles; root weevils, flies, gnats, and thrips

        BIOESR S.D.V acts on plant pathogens through competition for space and nutrients, parasitization, disintegrates the pathogen hyphae by enzymes and antagonistic properties. Controls Root rot, Collar rot, Rhizome rot, Wilt, Red rot, Damping off, Smut, active on blights/leaf spots caused by Alternaria, Ascochyta, Cercospora, Macrophomina, Myrothecium, Ramularia Downy mildews & powdery mildews.

       S.D.V can be used as an effective seed dressing and soil treatment product to combat seed and soil-borne fungal diseases. It colonizes maximum space and absorbs maximum nutrients available at the target site and thereby controls the pathogens by starving them for food and space. It produces antibiotics and toxic substances like Glyotoxin. It decomposes raw organic farm wastes, solubilizes soil phosphorus, reclaims adverse soils, promotes plant growth, and protects the soil eco-system.

             BIOESR S.D.H is highly effective to control the Pythium spp., Rhizoctonia spp., Fusarium spp., Sclerotinia spp. Macrophomina, Cephalosporium sp., Sclerotium Rolfsii, Phytophthora sp, and Meloidogyne sp. It colonizes maximum space and absorbs maximum nutrients available at the target site and thereby controls the pathogens by starving them for food and space. It produces antibiotics and toxic substances like Glyotoxin. It decomposes raw organic farm wastes, solubilizes soil phosphorus, reclaims adverse soils, promotes plant growth, and protects the soil eco-system. It conserves the biological and physical properties of soil without leaving any toxic residues.

S.D.H is a natural bio-fungicide, highly effective in controlling a wide range of soil-borne diseases caused by Fusarium, Rhizoctonia, Pythium, Sclerotium, Verticillium, Alternaria,ustilogo spp., Botrytis cinerea, etc…