Disclosed herein is a synergistic botanical based bioinsecticidal, bio-stimulant composition for controlling pests, increasing plant growth and crop yield by improving plant physiological process like photosynthesis and other essential metabolic process in plants/crops that is cost effective and environment friendly. Disclosed herein also is a process for preparation of said composition.

The present specification discloses natural repellent compounds, and isomeric forms, structural analogues and derivatives of the said compounds, having repellent activity against mosquitoes and other blood-sucking arthropods, compositions comprising such repellent compounds, methods of screening for such repellent compounds, methods of reducing mosquito bites on an individual and methods of reducing mosquito infestation to a location.

The present specification discloses natural repellent compounds, and isomeric forms, structural analogues and derivatives of the said compounds, having repellent activity against mosquitoes and other blood-sucking arthropods, compositions comprising such repellent compounds, methods of screening for such repellent compounds, methods of reducing mosquito bites on an individual and methods of reducing mosquito infestation to a location.

The present technology relates to a volatile organic compound (VOC) composition repellent or attractive for insects, which comprises a mixture of VOCs and a mineral carrier. The present technology also relates to methods of using the VOC composition in agriculture, in particular in fields for protecting plants against damage caused by insect pests.

The present technology relates to a volatile organic compound (VOC) composition repellent or attractive for insects, which comprises a mixture of VOCs and a mineral carrier. The present technology also relates to methods of using the VOC composition in agriculture, in particular in fields for protecting plants against damage caused by insect pests.

Preparation process for repellent materials against fleas, mites and insects, comprising at least two steps, the first step of which is to obtain a basic composition comprising liquid vegetable extracts, water and essential oils, and the second step of which is used to solidify the mixture by adding a solidifying premix comprising alginates, a vegetable gum and optionally solidification retarders such as dry hydrophilic plants, water chelators or other substances, even chemicals. The repellent materials are used as recharges in pockets provided in repellent collars for dogs or cats, horses or other animals, in bracelets for humans, in saddlecloths for horses and are dry and solid materials, which are kept at ambient temperature or in a refrigerator, and are stable over time, without losing the repellent value of the vegetable or natural substances included therein.

Preparation process for repellent materials against fleas, mites and insects, comprising at least two steps, the first step of which is to obtain a basic composition comprising liquid vegetable extracts, water and essential oils, and the second step of which is used to solidify the mixture by adding a solidifying premix comprising alginates, a vegetable gum and optionally solidification retarders such as dry hydrophilic plants, water chelators or other substances, even chemicals. The repellent materials are used as recharges in pockets provided in repellent collars for dogs or cats, horses or other animals, in bracelets for humans, in saddlecloths for horses and are dry and solid materials, which are kept at ambient temperature or in a refrigerator, and are stable over time, without losing the repellent value of the vegetable or natural substances included therein.

Preparation process for repellent materials against fleas, mites and insects, comprising at least two steps, the first step of which is to obtain a basic composition comprising liquid vegetable extracts, water and essential oils, and the second step of which is used to solidify the mixture by adding a solidifying premix comprising alginates, a vegetable gum and optionally solidification retarders such as dry hydrophilic plants, water chelators or other substances, even chemicals. The repellent materials are used as recharges in pockets provided in repellent collars for dogs or cats, horses or other animals, in bracelets for humans, in saddlecloths for horses and are dry and solid materials, which are kept at ambient temperature or in a refrigerator, and are stable over time, without losing the repellent value of the vegetable or natural substances included therein.

The present specification discloses natural repellent compounds, and isomeric forms, structural analogs and derivatives of the said compounds, having repellent activity against mosquitoes and other blood-sucking arthropods, compositions comprising such repellent compounds, methods of screening for such repellent compounds, methods of reducing mosquito bites on an individual and methods of reducing mosquito infestation to a location.

The present specification discloses natural repellent compounds, and isomeric forms, structural analogs and derivatives of the said compounds, having repellent activity against mosquitoes and other blood-sucking arthropods, compositions comprising such repellent compounds, methods of screening for such repellent compounds, methods of reducing mosquito bites on an individual and methods of reducing mosquito infestation to a location.