A phytosanitary composition including at least one paraffinic hydrocarbon fraction that includes isoparaffins, normal paraffins and naphthenes, wherein the content by weight of naphthenes ranges from 10 to 50% in relation to the total weight of the composition, and the weight ratio of the normal paraffins to the isoparaffins is greater than or equal to 0.30, in a carrier suitable for the phytosanitary treatment of plants.

A method of making a mosquito repellant composition which includes a composition of lemon balm leaves, water, antimicrobial preservative, alcohol free witch hazel, sodium lactate, camelina oil, mineral oil, cetyl alcohol, steric acid, fragrance and titanium dioxide.

A method of making a mosquito repellant composition which includes a composition of lemon balm leaves, water, antimicrobial preservative, alcohol free witch hazel, sodium lactate, camelina oil, mineral oil, cetyl alcohol, steric acid, fragrance and titanium dioxide.

The present invention deals with a mycoherbicidal isolate of Setosphaeria monoceras sp. or extracts obtained therefrom, useful for the control of Water hyacinth. The present invention also discloses biological control compositions comprising fungal isolate extract formulated in a growth medium for maintaining the viability of extract when the biological control composition is applied to weed. The present invention also discloses methods of screening fungal isolate to determine if they exhibit biocontrol activity. The present invention also discloses use of Setosphaeria monoceras strain. In yet a further aspect the invention relates to use of an Setosphaeria strain for producing a herbicidal agent effective for controlling growth of water hyacinth plants. The strain used preferably is a strain having the characterizing features of Setosphaeria strain AGWH#1 1 as deposited at IMTECH under accession number MTCC 5974. The present invention to provide the 18s rRNA sequence analysis showed 96% nucleotide similarity of the Fungi to Setosphaeria monoceras. (AGBIO designated AGWH#1 1/NCIM1370/MTCC 5974) but also indicated nucleotide variation of this fungus from other known genus of Bipolaris, Pleosporaceae, Cochiliobolus, Alternaria including an environmentally acceptable alternative to synthetic chemical herbicides for the control of weeds, such as Water hyacinth. The present invention also discloses methods of whole genome study of strain.

A fixture (100) for gradually releasing a spatially effective semiochemical, for example a repellant. The fixture includes a slotted tube (140), that may be formed for example, from a porous material, a peripheral tube (102) having a plurality of apertures and disposed outward from the slotted tube, a base (110) that engages the slotted tube and the outer tube, a funnel member (160) that engages a top end of the slotted tube and the peripheral tube, and a cap (130). In an embodiment the base includes a lighting element (150).

A fixture (100) for gradually releasing a spatially effective semiochemical, for example a repellant. The fixture includes a slotted tube (140), that may be formed for example, from a porous material, a peripheral tube (102) having a plurality of apertures and disposed outward from the slotted tube, a base (110) that engages the slotted tube and the outer tube, a funnel member (160) that engages a top end of the slotted tube and the peripheral tube, and a cap (130). In an embodiment the base includes a lighting element (150).

The disclosure describes a composition for use in treating wounds in trees, plants and vines. In addition, the disclosure provides a method of making the compositions and their use in treating fungal infections of pruning wounds.

The disclosure describes a composition for use in treating wounds in trees, plants and vines. In addition, the disclosure provides a method of making the compositions and their use in treating fungal infections of pruning wounds.

A protective coating for applying to a plant's foliage, branches and trunk for protecting against environmental stresses is formulated by combining a paint powder with at least one insect repellant oil and at least one rodent repellant oil in a water as a diluent. The paint base protects the plant against abiotic stresses by reflecting sun rays, mitigating damage caused by summer sunburn and winter sunscald, and retaining heat. The insect repellant oil and rodent repellant oil protect the plant against biotic stresses. The protective coating once assembled in an aqueous medium, is applied to the plant. The paint powder, when activated with water, has been specifically formulated to encapsulate the added oils and offer a gradual release of active ingredients that repels insects and rodents over several months under ideal conditions. The novel coating is united by a tacky binder material made from acid treated and methyl chloride rinsed methylcellulose. Reapplication of product may be needed sooner if exposed to excessive sunlight, heat and rainfall.

A protective coating for applying to a plant's foliage, branches and trunk for protecting against environmental stresses is formulated by combining a paint powder with at least one insect repellant oil and at least one rodent repellant oil in a water as a diluent. The paint base protects the plant against abiotic stresses by reflecting sun rays, mitigating damage caused by summer sunburn and winter sunscald, and retaining heat. The insect repellant oil and rodent repellant oil protect the plant against biotic stresses. The protective coating once assembled in an aqueous medium, is applied to the plant. The paint powder, when activated with water, has been specifically formulated to encapsulate the added oils and offer a gradual release of active ingredients that repels insects and rodents over several months under ideal conditions. The novel coating is united by a tacky binder material made from acid treated and methyl chloride rinsed methylcellulose. Reapplication of product may be needed sooner if exposed to excessive sunlight, heat and rainfall.